config_mda_cfg

package
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 Go to latest Published: Oct 17, 2019 License: Apache-2.0 Imports: 6 Imported by: 0

Documentation

Overview

This module contains a collection of YANG definitions for Cisco IOS-XR config-mda package configuration.

This module contains definitions for the following management objects: 

active-nodes: Per-node configuration for active nodes
preconfigured-nodes: preconfigured nodes

Copyright (c) 2013-2018 by Cisco Systems, Inc. All rights reserved.

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

This section is empty.

Types

type ActiveNodes 

type ActiveNodes struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// The configuration for an active node. The type is slice of
	// ActiveNodes_ActiveNode.
	ActiveNode []*ActiveNodes_ActiveNode
}

ActiveNodes Per-node configuration for active nodes

func (*ActiveNodes) GetEntityData 

func (activeNodes *ActiveNodes) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode 

type ActiveNodes_ActiveNode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The identifier for this node. The type is string
	// with pattern: ([a-zA-Z0-9_]*\d+/){1,2}([a-zA-Z0-9_]*\d+).
	NodeName interface{}

	// Ltrace Memory configuration.
	Ltrace ActiveNodes_ActiveNode_Ltrace

	// Configuration for a clock interface.
	ClockInterface ActiveNodes_ActiveNode_ClockInterface

	// Watchdog threshold configuration.
	CiscoIOSXRWdCfgWatchdogNodeThreshold ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold

	// Per-node SSRP configuration data.
	SsrpGroup ActiveNodes_ActiveNode_SsrpGroup

	// watchdog node threshold.
	CiscoIOSXRWatchdCfgWatchdogNodeThreshold ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold

	// lpts node specific configuration commands.
	LptsLocal ActiveNodes_ActiveNode_LptsLocal

	// fia buffer profile cfg.
	FiaBufferProfileCfg ActiveNodes_ActiveNode_FiaBufferProfileCfg

	// fia vqi shaper cfg.
	FiaVqiShaperCfg ActiveNodes_ActiveNode_FiaVqiShaperCfg

	// port queue remaps.
	PortQueueRemaps ActiveNodes_ActiveNode_PortQueueRemaps
}

ActiveNodes_ActiveNode The configuration for an active node

func (*ActiveNodes_ActiveNode) GetEntityData 

func (activeNode *ActiveNodes_ActiveNode) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold 

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Disk thresholds.
	DiskThreshold ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold

	// Memory thresholds.
	MemoryThreshold ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold
}

ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold watchdog node threshold

func (*ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold) GetEntityData 

func (ciscoIOSXRWatchdCfgWatchdogNodeThreshold *ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold 

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold Disk thresholds

func (*ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold) GetEntityData 

func (diskThreshold *ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold 

type ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold Memory thresholds

func (*ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData 

func (memoryThreshold *ActiveNodes_ActiveNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold 

type ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Memory thresholds.
	MemoryThreshold ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold
}

ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold Watchdog threshold configuration

func (*ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold) GetEntityData 

func (ciscoIOSXRWdCfgWatchdogNodeThreshold *ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold 

type ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold Memory thresholds

func (*ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData 

func (memoryThreshold *ActiveNodes_ActiveNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface 

type ActiveNodes_ActiveNode_ClockInterface struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Configuration for a clock interface.
	Clocks ActiveNodes_ActiveNode_ClockInterface_Clocks
}

ActiveNodes_ActiveNode_ClockInterface Configuration for a clock interface

func (*ActiveNodes_ActiveNode_ClockInterface) GetEntityData 

func (clockInterface *ActiveNodes_ActiveNode_ClockInterface) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks 

type ActiveNodes_ActiveNode_ClockInterface_Clocks struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Configuration for a clock interface. The type is slice of
	// ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock.
	Clock []*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock
}

ActiveNodes_ActiveNode_ClockInterface_Clocks Configuration for a clock interface

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks) GetEntityData 

func (clocks *ActiveNodes_ActiveNode_ClockInterface_Clocks) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. Clock type. The type is FsyncClock.
	ClockType interface{}

	// This attribute is a key. Clock port. The type is interface{} with range:
	// 0..4294967295.
	Port interface{}

	// Frequency Synchronization clock configuraiton.
	FrequencySynchronization ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization

	// sync-controller value.
	SyncController ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock Configuration for a clock interface

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock) GetEntityData 

func (clock *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Set the wait-to-restore time for this source. The type is interface{} with
	// range: 0..12. The default value is 5.
	WaitToRestoreTime interface{}

	// Set the priority of this source. The type is interface{} with range:
	// 1..254. The default value is 100.
	Priority interface{}

	// Assign this source as a selection input. The type is interface{}.
	SelectionInput interface{}

	// Set the time-of-day priority of this source. The type is interface{} with
	// range: 1..254. The default value is 100.
	TimeOfDayPriority interface{}

	// Disable SSM on this source. The type is interface{}.
	SsmDisable interface{}

	// Set the output quality level.
	OutputQualityLevel ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel

	// Set the input quality level.
	InputQualityLevel ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization Frequency Synchronization clock configuraiton

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization) GetEntityData 

func (frequencySynchronization *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Quality level option. The type is FsyncQlOption.
	QualityLevelOption interface{}

	// Exact quality level value. The type is FsyncQlValue.
	ExactQualityLevelValue interface{}

	// Minimum quality level value. The type is FsyncQlValue.
	MinQualityLevelValue interface{}

	// Maximum quality level value. The type is FsyncQlValue.
	MaxQualityLevelValue interface{}
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel Set the input quality level

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel) GetEntityData 

func (inputQualityLevel *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Quality level option. The type is FsyncQlOption.
	QualityLevelOption interface{}

	// Exact quality level value. The type is FsyncQlValue.
	ExactQualityLevelValue interface{}

	// Minimum quality level value. The type is FsyncQlValue.
	MinQualityLevelValue interface{}

	// Maximum quality level value. The type is FsyncQlValue.
	MaxQualityLevelValue interface{}
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel Set the output quality level

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel) GetEntityData 

func (outputQualityLevel *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Transport mode.
	TransportMode ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController sync-controller value

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController) GetEntityData 

func (syncController *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Frequency Mode.
	FrequencyMode ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode Transport mode

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode) GetEntityData 

func (transportMode *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Disable the SyncE Port. The type is interface{}.
	Shutdown interface{}

	// clock-interface sync <value> location <value> port-parameters bits-input 2m
	// -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface
	// sync <value> location <value> port-parameters bits-input 2m -> Option1=0,
	// Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input 64k-input-only -> Option1=0,
	// Option2=3, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa4 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa4 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=0 , Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa5 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa5 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa6 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa6 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa7 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa7 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa8 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa8 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 non-crc-4 ami -> Option1=0,
	// Option2=1, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 non-crc-4 hdb3 -> Option1=0,
	// Option2=1, Option3=0, Option4=1 , Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 d4 ami -> Option1=0,
	// Option2=0, Option3=1, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 d4 b8zs -> Option1=0,
	// Option2=0 , Option3=1, Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 esf ami -> Option1=0,
	// Option2=0, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 esf b8zs -> Option1=0,
	// Option2=0, Option3=0, Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output 2m -> Option1=1 , Option2=2,
	// Option3=0, Option4=0, Option5=0 clock-interface sync <value> location
	// <value> port-parameters bits-output 6m-output-only -> Option1=1 ,
	// Option2=4, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa4 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa4 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa5 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa5 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa6 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa6 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa7 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa7 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa8 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa8 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 non-crc-4 ami -> Option1=1
	// , Option2=1, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 non-crc-4 hdb3 -> Option1=1
	// , Option2=1, Option3=0 , Option4=1, Option5=0clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 0 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 1 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 2 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 3 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 4 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 0 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 1 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 2 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 3 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 4 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 0 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 1 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 2 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 3 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 4 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 0 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 1 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 2 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 3 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 4 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters port-parameters uti -> Option1=2 ,
	// Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters port-parameters gps-input -> Option1=3,
	// Option2=0, Option3=0 , Option4=0, Option5=0 .
	PortMode ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode Frequency Mode

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode) GetEntityData 

func (frequencyMode *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode 

type ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YPresence  bool

	// Option value #1. The type is interface{} with range: 0..3. This attribute
	// is mandatory.
	Option1 interface{}

	// Option value #2. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option2 interface{}

	// Option value #3. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option3 interface{}

	// Option value #4. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option4 interface{}

	// Option value #5. The type is interface{} with range: 0..4. This attribute
	// is mandatory.
	Option5 interface{}
}

ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode clock-interface sync <value> location <value> port-parameters bits-input 2m -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input 2m -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input 64k-input-only -> Option1=0, Option2=3, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa4 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa4 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=0 , Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa5 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa5 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa6 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa6 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=2 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa7 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa7 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=3 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa8 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa8 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=4 clock-interface sync <value> location <value> port-parameters bits-input e1 non-crc-4 ami -> Option1=0, Option2=1, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 non-crc-4 hdb3 -> Option1=0, Option2=1, Option3=0, Option4=1 , Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 d4 ami -> Option1=0, Option2=0, Option3=1, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 d4 b8zs -> Option1=0, Option2=0 , Option3=1, Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 esf ami -> Option1=0, Option2=0, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 esf b8zs -> Option1=0, Option2=0, Option3=0, Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output 2m -> Option1=1 , Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output 6m-output-only -> Option1=1 , Option2=4, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa4 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa4 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa5 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa5 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa6 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa6 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa7 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa7 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa8 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa8 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output e1 non-crc-4 ami -> Option1=1 , Option2=1, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 non-crc-4 hdb3 -> Option1=1 , Option2=1, Option3=0 , Option4=1, Option5=0clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 0 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 1 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 2 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 3 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 4 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 0 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 1 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 2 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 3 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 4 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 0 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 1 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 2 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 3 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 4 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 0 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 1 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 2 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 3 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 4 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters port-parameters uti -> Option1=2 , Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters port-parameters gps-input -> Option1=3, Option2=0, Option3=0 , Option4=0, Option5=0 This type is a presence type.

func (*ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode) GetEntityData 

func (portMode *ActiveNodes_ActiveNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_FiaBufferProfileCfg 

type ActiveNodes_ActiveNode_FiaBufferProfileCfg struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Enable to use Extra large Buffer profile. The type is bool.
	Xl interface{}
}

ActiveNodes_ActiveNode_FiaBufferProfileCfg fia buffer profile cfg

func (*ActiveNodes_ActiveNode_FiaBufferProfileCfg) GetEntityData 

func (fiaBufferProfileCfg *ActiveNodes_ActiveNode_FiaBufferProfileCfg) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_FiaVqiShaperCfg 

type ActiveNodes_ActiveNode_FiaVqiShaperCfg struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Enable to use Enhanced VQI shaper limit. The type is bool.
	Enhance interface{}
}

ActiveNodes_ActiveNode_FiaVqiShaperCfg fia vqi shaper cfg

func (*ActiveNodes_ActiveNode_FiaVqiShaperCfg) GetEntityData 

func (fiaVqiShaperCfg *ActiveNodes_ActiveNode_FiaVqiShaperCfg) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal 

type ActiveNodes_ActiveNode_LptsLocal struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	IpolicerLocalTables ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	DynamicFlowsTables ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	IpolicerLocal ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal
}

ActiveNodes_ActiveNode_LptsLocal lpts node specific configuration commands

func (*ActiveNodes_ActiveNode_LptsLocal) GetEntityData 

func (lptsLocal *ActiveNodes_ActiveNode_LptsLocal) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables 

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Table for Dynamic Flows. The type is slice of
	// ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable.
	DynamicFlowsTable []*ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable
}

ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables Node specific Pre IFIB (Internal Forwarding Information Base) Configuration

func (*ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables) GetEntityData 

func (dynamicFlowsTables *ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable 

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Dynamic Flows Table Type. The type is
	// LptsDynamicFlowConfig.
	TableType interface{}

	// Selected flow type. The type is slice of
	// ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType.
	FlowType []*ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType
}

ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable Table for Dynamic Flows

func (*ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable) GetEntityData 

func (dynamicFlowsTable *ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType 

type ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured Max TCAM value. The type is interface{} with range:
	// 0..4294967295.
	Max interface{}
}

ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType Selected flow type

func (*ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType) GetEntityData 

func (flowType *ActiveNodes_ActiveNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YPresence  bool

	// Enabled. The type is interface{}. This attribute is mandatory.
	Enable interface{}

	// Table for Flows.
	Flows ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal Node specific Pre IFIB (Internal Forwarding Information Base) Configuration This type is a presence type.

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal) GetEntityData 

func (ipolicerLocal *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Pre IFIB (Internal Forwarding Information Base) configuration table. The
	// type is slice of
	// ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable.
	IpolicerLocalTable []*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables Node specific Pre IFIB (Internal Forwarding Information Base) Configuration

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables) GetEntityData 

func (ipolicerLocalTables *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. none. The type is string with pattern:
	// [\w\-\.:,_@#%$\+=\|;]+.
	Id1 interface{}

	// NP name.
	NpFlows ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable Pre IFIB (Internal Forwarding Information Base) configuration table

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable) GetEntityData 

func (ipolicerLocalTable *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Table of NP Flow names. The type is slice of
	// ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow.
	NpFlow []*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows NP name

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows) GetEntityData 

func (npFlows *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured rate value. The type is interface{} with range: 0..4294967295.
	NpRate interface{}
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow Table of NP Flow names

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow) GetEntityData 

func (npFlow *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// selected flow type. The type is slice of
	// ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow.
	Flow []*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows Table for Flows

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows) GetEntityData 

func (flows *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured rate value. The type is interface{} with range: 0..4294967295.
	Rate interface{}

	// TOS Precedence value(s).
	Precedences ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow selected flow type

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow) GetEntityData 

func (flow *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences 

type ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Precedence values. The type is one of the following types: slice of
	// :go:struct:`LptsPreIFibPrecedenceNumber
	// <ydk/models/lpts_pre_ifib_cfg/LptsPreIFibPrecedenceNumber>`, or slice of
	// int with range: 0..7.
	Precedence []interface{}
}

ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences TOS Precedence value(s)

func (*ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences) GetEntityData 

func (precedences *ActiveNodes_ActiveNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_Ltrace 

type ActiveNodes_ActiveNode_Ltrace struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Select Ltrace mode and scale-factor.
	AllocationParams ActiveNodes_ActiveNode_Ltrace_AllocationParams
}

ActiveNodes_ActiveNode_Ltrace Ltrace Memory configuration

func (*ActiveNodes_ActiveNode_Ltrace) GetEntityData 

func (ltrace *ActiveNodes_ActiveNode_Ltrace) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_Ltrace_AllocationParams 

type ActiveNodes_ActiveNode_Ltrace_AllocationParams struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Select an allocation mode (static:1, dynamic :2). The type is
	// InfraLtraceMode.
	Mode interface{}

	// Select a scaling down factor. The type is InfraLtraceScale.
	ScaleFactor interface{}
}

ActiveNodes_ActiveNode_Ltrace_AllocationParams Select Ltrace mode and scale-factor

func (*ActiveNodes_ActiveNode_Ltrace_AllocationParams) GetEntityData 

func (allocationParams *ActiveNodes_ActiveNode_Ltrace_AllocationParams) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_PortQueueRemaps 

type ActiveNodes_ActiveNode_PortQueueRemaps struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Front panel port number. The type is slice of
	// ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap.
	PortQueueRemap []*ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap
}

ActiveNodes_ActiveNode_PortQueueRemaps port queue remaps

func (*ActiveNodes_ActiveNode_PortQueueRemaps) GetEntityData 

func (portQueueRemaps *ActiveNodes_ActiveNode_PortQueueRemaps) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap 

type ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. port number <10,11,22,23 34,35,46,47>. The type is
	// interface{} with range: 0..47.
	Port interface{}

	// queue number <0-19>. The type is interface{} with range: 0..19.
	FabricQueue interface{}
}

ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap Front panel port number

func (*ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap) GetEntityData 

func (portQueueRemap *ActiveNodes_ActiveNode_PortQueueRemaps_PortQueueRemap) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_SsrpGroup 

type ActiveNodes_ActiveNode_SsrpGroup struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Table of SSRP Group configuration.
	Groups ActiveNodes_ActiveNode_SsrpGroup_Groups
}

ActiveNodes_ActiveNode_SsrpGroup Per-node SSRP configuration data

func (*ActiveNodes_ActiveNode_SsrpGroup) GetEntityData 

func (ssrpGroup *ActiveNodes_ActiveNode_SsrpGroup) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_SsrpGroup_Groups 

type ActiveNodes_ActiveNode_SsrpGroup_Groups struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// SSRP Group configuration. The type is slice of
	// ActiveNodes_ActiveNode_SsrpGroup_Groups_Group.
	Group []*ActiveNodes_ActiveNode_SsrpGroup_Groups_Group
}

ActiveNodes_ActiveNode_SsrpGroup_Groups Table of SSRP Group configuration

func (*ActiveNodes_ActiveNode_SsrpGroup_Groups) GetEntityData 

func (groups *ActiveNodes_ActiveNode_SsrpGroup_Groups) GetEntityData() *types.CommonEntityData

type ActiveNodes_ActiveNode_SsrpGroup_Groups_Group 

type ActiveNodes_ActiveNode_SsrpGroup_Groups_Group struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The identifier for this group. The type is
	// interface{} with range: 1..65535.
	GroupId interface{}

	// This specifies the SSRP profile to use for this group. The type is string.
	Profile interface{}
}

ActiveNodes_ActiveNode_SsrpGroup_Groups_Group SSRP Group configuration

func (*ActiveNodes_ActiveNode_SsrpGroup_Groups_Group) GetEntityData 

func (group *ActiveNodes_ActiveNode_SsrpGroup_Groups_Group) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes 

type PreconfiguredNodes struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// The configuration for a non-active node. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode.
	PreconfiguredNode []*PreconfiguredNodes_PreconfiguredNode
}

PreconfiguredNodes preconfigured nodes

func (*PreconfiguredNodes) GetEntityData 

func (preconfiguredNodes *PreconfiguredNodes) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode 

type PreconfiguredNodes_PreconfiguredNode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The identifier for this node. The type is string
	// with pattern: ([a-zA-Z0-9_]*\d+/){1,2}([a-zA-Z0-9_]*\d+).
	NodeName interface{}

	// Ltrace Memory configuration.
	Ltrace PreconfiguredNodes_PreconfiguredNode_Ltrace

	// Configuration for a clock interface.
	ClockInterface PreconfiguredNodes_PreconfiguredNode_ClockInterface

	// Watchdog threshold configuration.
	CiscoIOSXRWdCfgWatchdogNodeThreshold PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold

	// watchdog node threshold.
	CiscoIOSXRWatchdCfgWatchdogNodeThreshold PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold

	// lpts node specific configuration commands.
	LptsLocal PreconfiguredNodes_PreconfiguredNode_LptsLocal

	// fia buffer profile cfg.
	FiaBufferProfileCfg PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg

	// fia vqi shaper cfg.
	FiaVqiShaperCfg PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg

	// port queue remaps.
	PortQueueRemaps PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps
}

PreconfiguredNodes_PreconfiguredNode The configuration for a non-active node

func (*PreconfiguredNodes_PreconfiguredNode) GetEntityData 

func (preconfiguredNode *PreconfiguredNodes_PreconfiguredNode) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold 

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Disk thresholds.
	DiskThreshold PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold

	// Memory thresholds.
	MemoryThreshold PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold
}

PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold watchdog node threshold

func (*PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold) GetEntityData 

func (ciscoIOSXRWatchdCfgWatchdogNodeThreshold *PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold 

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold Disk thresholds

func (*PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold) GetEntityData 

func (diskThreshold *PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_DiskThreshold) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold 

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold Memory thresholds

func (*PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData 

func (memoryThreshold *PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWatchdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold 

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Memory thresholds.
	MemoryThreshold PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold
}

PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold Watchdog threshold configuration

func (*PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold) GetEntityData 

func (ciscoIOSXRWdCfgWatchdogNodeThreshold *PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold 

type PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Threshold, Range(5, 40). The type is interface{} with range: 5..40.
	Minor interface{}

	// Threshold, Range(4, minor). The type is interface{} with range: 4..40.
	Severe interface{}

	// Threshold, Range(3, severe). The type is interface{} with range: 3..40.
	Critical interface{}
}

PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold Memory thresholds

func (*PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData 

func (memoryThreshold *PreconfiguredNodes_PreconfiguredNode_CiscoIOSXRWdCfgWatchdogNodeThreshold_MemoryThreshold) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Configuration for a clock interface.
	Clocks PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface Configuration for a clock interface

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface) GetEntityData 

func (clockInterface *PreconfiguredNodes_PreconfiguredNode_ClockInterface) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Configuration for a clock interface. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock.
	Clock []*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks Configuration for a clock interface

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks) GetEntityData 

func (clocks *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. Clock type. The type is FsyncClock.
	ClockType interface{}

	// This attribute is a key. Clock port. The type is interface{} with range:
	// 0..4294967295.
	Port interface{}

	// Frequency Synchronization clock configuraiton.
	FrequencySynchronization PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization

	// sync-controller value.
	SyncController PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock Configuration for a clock interface

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock) GetEntityData 

func (clock *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Set the wait-to-restore time for this source. The type is interface{} with
	// range: 0..12. The default value is 5.
	WaitToRestoreTime interface{}

	// Set the priority of this source. The type is interface{} with range:
	// 1..254. The default value is 100.
	Priority interface{}

	// Assign this source as a selection input. The type is interface{}.
	SelectionInput interface{}

	// Set the time-of-day priority of this source. The type is interface{} with
	// range: 1..254. The default value is 100.
	TimeOfDayPriority interface{}

	// Disable SSM on this source. The type is interface{}.
	SsmDisable interface{}

	// Set the output quality level.
	OutputQualityLevel PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel

	// Set the input quality level.
	InputQualityLevel PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization Frequency Synchronization clock configuraiton

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization) GetEntityData 

func (frequencySynchronization *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Quality level option. The type is FsyncQlOption.
	QualityLevelOption interface{}

	// Exact quality level value. The type is FsyncQlValue.
	ExactQualityLevelValue interface{}

	// Minimum quality level value. The type is FsyncQlValue.
	MinQualityLevelValue interface{}

	// Maximum quality level value. The type is FsyncQlValue.
	MaxQualityLevelValue interface{}
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel Set the input quality level

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel) GetEntityData 

func (inputQualityLevel *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_InputQualityLevel) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Quality level option. The type is FsyncQlOption.
	QualityLevelOption interface{}

	// Exact quality level value. The type is FsyncQlValue.
	ExactQualityLevelValue interface{}

	// Minimum quality level value. The type is FsyncQlValue.
	MinQualityLevelValue interface{}

	// Maximum quality level value. The type is FsyncQlValue.
	MaxQualityLevelValue interface{}
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel Set the output quality level

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel) GetEntityData 

func (outputQualityLevel *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_FrequencySynchronization_OutputQualityLevel) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Transport mode.
	TransportMode PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController sync-controller value

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController) GetEntityData 

func (syncController *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Frequency Mode.
	FrequencyMode PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode Transport mode

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode) GetEntityData 

func (transportMode *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Disable the SyncE Port. The type is interface{}.
	Shutdown interface{}

	// clock-interface sync <value> location <value> port-parameters bits-input 2m
	// -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface
	// sync <value> location <value> port-parameters bits-input 2m -> Option1=0,
	// Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input 64k-input-only -> Option1=0,
	// Option2=3, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa4 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa4 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=0 , Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa5 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa5 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa6 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa6 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa7 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa7 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa8 ami -> Option1=0,
	// Option2=1, Option3=1, Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 crc-4 sa8 hdb3 -> Option1=0,
	// Option2=1, Option3=1, Option4=1 , Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 non-crc-4 ami -> Option1=0,
	// Option2=1, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input e1 non-crc-4 hdb3 -> Option1=0,
	// Option2=1, Option3=0, Option4=1 , Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 d4 ami -> Option1=0,
	// Option2=0, Option3=1, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 d4 b8zs -> Option1=0,
	// Option2=0 , Option3=1, Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 esf ami -> Option1=0,
	// Option2=0, Option3=0, Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-input t1 esf b8zs -> Option1=0,
	// Option2=0, Option3=0, Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output 2m -> Option1=1 , Option2=2,
	// Option3=0, Option4=0, Option5=0 clock-interface sync <value> location
	// <value> port-parameters bits-output 6m-output-only -> Option1=1 ,
	// Option2=4, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa4 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa4 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa5 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa5 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa6 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa6 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa7 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa7 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa8 ami -> Option1=1
	// , Option2=1, Option3=1 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 crc-4 sa8 hdb3 -> Option1=1
	// , Option2=1, Option3=1 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 non-crc-4 ami -> Option1=1
	// , Option2=1, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output e1 non-crc-4 hdb3 -> Option1=1
	// , Option2=1, Option3=0 , Option4=1, Option5=0clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 0 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 1 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 2 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 3 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 ami 4 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 0 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 1 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 2 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 3 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 d4 b8zs 4 -> Option1=1 ,
	// Option2=0, Option3=1 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 0 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 1 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 2 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 3 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf ami 4 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=0, Option5=4 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 0 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=0 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 1 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=1 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 2 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=2 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 3 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=3 clock-interface sync <value>
	// location <value> port-parameters bits-output t1 esf b8zs 4 -> Option1=1 ,
	// Option2=0, Option3=0 , Option4=1, Option5=4 clock-interface sync <value>
	// location <value> port-parameters port-parameters uti -> Option1=2 ,
	// Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value>
	// location <value> port-parameters port-parameters gps-input -> Option1=3,
	// Option2=0, Option3=0 , Option4=0, Option5=0 .
	PortMode PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode Frequency Mode

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode) GetEntityData 

func (frequencyMode *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode 

type PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YPresence  bool

	// Option value #1. The type is interface{} with range: 0..3. This attribute
	// is mandatory.
	Option1 interface{}

	// Option value #2. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option2 interface{}

	// Option value #3. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option3 interface{}

	// Option value #4. The type is interface{} with range: 0..10. This attribute
	// is mandatory.
	Option4 interface{}

	// Option value #5. The type is interface{} with range: 0..4. This attribute
	// is mandatory.
	Option5 interface{}
}

PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode clock-interface sync <value> location <value> port-parameters bits-input 2m -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input 2m -> Option1=0, Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input 64k-input-only -> Option1=0, Option2=3, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa4 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa4 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=0 , Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa5 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa5 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=1 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa6 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa6 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=2 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa7 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa7 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=3 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa8 ami -> Option1=0, Option2=1, Option3=1, Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-input e1 crc-4 sa8 hdb3 -> Option1=0, Option2=1, Option3=1, Option4=1 , Option5=4 clock-interface sync <value> location <value> port-parameters bits-input e1 non-crc-4 ami -> Option1=0, Option2=1, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input e1 non-crc-4 hdb3 -> Option1=0, Option2=1, Option3=0, Option4=1 , Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 d4 ami -> Option1=0, Option2=0, Option3=1, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 d4 b8zs -> Option1=0, Option2=0 , Option3=1, Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 esf ami -> Option1=0, Option2=0, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-input t1 esf b8zs -> Option1=0, Option2=0, Option3=0, Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output 2m -> Option1=1 , Option2=2, Option3=0, Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output 6m-output-only -> Option1=1 , Option2=4, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa4 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa4 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa5 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa5 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa6 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa6 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa7 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa7 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa8 ami -> Option1=1 , Option2=1, Option3=1 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output e1 crc-4 sa8 hdb3 -> Option1=1 , Option2=1, Option3=1 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output e1 non-crc-4 ami -> Option1=1 , Option2=1, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output e1 non-crc-4 hdb3 -> Option1=1 , Option2=1, Option3=0 , Option4=1, Option5=0clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 0 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 1 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 2 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 3 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 ami 4 -> Option1=1 , Option2=0, Option3=1 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 0 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 1 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 2 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 3 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 d4 b8zs 4 -> Option1=1 , Option2=0, Option3=1 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 0 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 1 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 2 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 3 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 esf ami 4 -> Option1=1 , Option2=0, Option3=0 , Option4=0, Option5=4 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 0 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=0 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 1 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=1 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 2 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=2 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 3 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=3 clock-interface sync <value> location <value> port-parameters bits-output t1 esf b8zs 4 -> Option1=1 , Option2=0, Option3=0 , Option4=1, Option5=4 clock-interface sync <value> location <value> port-parameters port-parameters uti -> Option1=2 , Option2=0, Option3=0 , Option4=0, Option5=0 clock-interface sync <value> location <value> port-parameters port-parameters gps-input -> Option1=3, Option2=0, Option3=0 , Option4=0, Option5=0 This type is a presence type.

func (*PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode) GetEntityData 

func (portMode *PreconfiguredNodes_PreconfiguredNode_ClockInterface_Clocks_Clock_SyncController_TransportMode_FrequencyMode_PortMode) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg 

type PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Enable to use Extra large Buffer profile. The type is bool.
	Xl interface{}
}

PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg fia buffer profile cfg

func (*PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg) GetEntityData 

func (fiaBufferProfileCfg *PreconfiguredNodes_PreconfiguredNode_FiaBufferProfileCfg) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg 

type PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Enable to use Enhanced VQI shaper limit. The type is bool.
	Enhance interface{}
}

PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg fia vqi shaper cfg

func (*PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg) GetEntityData 

func (fiaVqiShaperCfg *PreconfiguredNodes_PreconfiguredNode_FiaVqiShaperCfg) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	IpolicerLocalTables PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	DynamicFlowsTables PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables

	// Node specific Pre IFIB (Internal Forwarding Information Base)
	// Configuration.
	IpolicerLocal PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal lpts node specific configuration commands

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal) GetEntityData 

func (lptsLocal *PreconfiguredNodes_PreconfiguredNode_LptsLocal) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Table for Dynamic Flows. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable.
	DynamicFlowsTable []*PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables Node specific Pre IFIB (Internal Forwarding Information Base) Configuration

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables) GetEntityData 

func (dynamicFlowsTables *PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Dynamic Flows Table Type. The type is
	// LptsDynamicFlowConfig.
	TableType interface{}

	// Selected flow type. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType.
	FlowType []*PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable Table for Dynamic Flows

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable) GetEntityData 

func (dynamicFlowsTable *PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured Max TCAM value. The type is interface{} with range:
	// 0..4294967295.
	Max interface{}
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType Selected flow type

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType) GetEntityData 

func (flowType *PreconfiguredNodes_PreconfiguredNode_LptsLocal_DynamicFlowsTables_DynamicFlowsTable_FlowType) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YPresence  bool

	// Enabled. The type is interface{}. This attribute is mandatory.
	Enable interface{}

	// Table for Flows.
	Flows PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal Node specific Pre IFIB (Internal Forwarding Information Base) Configuration This type is a presence type.

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal) GetEntityData 

func (ipolicerLocal *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Pre IFIB (Internal Forwarding Information Base) configuration table. The
	// type is slice of
	// PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable.
	IpolicerLocalTable []*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables Node specific Pre IFIB (Internal Forwarding Information Base) Configuration

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables) GetEntityData 

func (ipolicerLocalTables *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. none. The type is string with pattern:
	// [\w\-\.:,_@#%$\+=\|;]+.
	Id1 interface{}

	// NP name.
	NpFlows PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable Pre IFIB (Internal Forwarding Information Base) configuration table

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable) GetEntityData 

func (ipolicerLocalTable *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Table of NP Flow names. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow.
	NpFlow []*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows NP name

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows) GetEntityData 

func (npFlows *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured rate value. The type is interface{} with range: 0..4294967295.
	NpRate interface{}
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow Table of NP Flow names

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow) GetEntityData 

func (npFlow *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocalTables_IpolicerLocalTable_NpFlows_NpFlow) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// selected flow type. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow.
	Flow []*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows Table for Flows

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows) GetEntityData 

func (flows *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. LPTS Flow Type. The type is LptsFlow.
	FlowType interface{}

	// Configured rate value. The type is interface{} with range: 0..4294967295.
	Rate interface{}

	// TOS Precedence value(s).
	Precedences PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow selected flow type

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow) GetEntityData 

func (flow *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences 

type PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Precedence values. The type is one of the following types: slice of
	// :go:struct:`LptsPreIFibPrecedenceNumber
	// <ydk/models/lpts_pre_ifib_cfg/LptsPreIFibPrecedenceNumber>`, or slice of
	// int with range: 0..7.
	Precedence []interface{}
}

PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences TOS Precedence value(s)

func (*PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences) GetEntityData 

func (precedences *PreconfiguredNodes_PreconfiguredNode_LptsLocal_IpolicerLocal_Flows_Flow_Precedences) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_Ltrace 

type PreconfiguredNodes_PreconfiguredNode_Ltrace struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Select Ltrace mode and scale-factor.
	AllocationParams PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams
}

PreconfiguredNodes_PreconfiguredNode_Ltrace Ltrace Memory configuration

func (*PreconfiguredNodes_PreconfiguredNode_Ltrace) GetEntityData 

func (ltrace *PreconfiguredNodes_PreconfiguredNode_Ltrace) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams 

type PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Select an allocation mode (static:1, dynamic :2). The type is
	// InfraLtraceMode.
	Mode interface{}

	// Select a scaling down factor. The type is InfraLtraceScale.
	ScaleFactor interface{}
}

PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams Select Ltrace mode and scale-factor

func (*PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams) GetEntityData 

func (allocationParams *PreconfiguredNodes_PreconfiguredNode_Ltrace_AllocationParams) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps 

type PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Front panel port number. The type is slice of
	// PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap.
	PortQueueRemap []*PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap
}

PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps port queue remaps

func (*PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps) GetEntityData 

func (portQueueRemaps *PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps) GetEntityData() *types.CommonEntityData

type PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap 

type PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. port number <10,11,22,23 34,35,46,47>. The type is
	// interface{} with range: 0..47.
	Port interface{}

	// queue number <0-19>. The type is interface{} with range: 0..19.
	FabricQueue interface{}
}

PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap Front panel port number

func (*PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap) GetEntityData 

func (portQueueRemap *PreconfiguredNodes_PreconfiguredNode_PortQueueRemaps_PortQueueRemap) GetEntityData() *types.CommonEntityData

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