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מחשבים ואלקטרוניקה רשתות Juniper JUNOS מדריך הפעלה

Checking for SSB Alarms. Juniper JUNOS, JUNOS - NETWORK OPERATION GUIDE REV1

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JUNOS Internet Software Network Operations Guide: Hardware

404 !

Monitoring M20 Internet Router-Specific Components

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Само приятелско напомняне. Можете да видите документа точно тук. Но най-важното е, че нашият AI вече го е прочел. Той може да обясни сложни неща на прости термини, да отговори на вашите въпроси на всеки език и да ви помогне бързо да навигирате дори в най-дългите или най-сложните документи.

Не, все още искам да го потърся сам

Здравейте! Аз съм AI чатбот, специално обучен да ви помага с Checking for SSB Alarms. Juniper JUNOS. Аз съм прегледал задълбочено документа и мога да ви помогна да намерите точната информация, която ви е необходима, или да обясня съдържанието на ясни и прости термини. Независимо дали търсите насоки за конкретни функции, стъпки за отстраняване на неизправности или обща употреба, не се колебайте да задавате въпросите си. Колкото повече подробности предоставите за вашите притеснения или нужди, толкова по-точно и ефективно мога да ви помогна!

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Съдържание

M5 and M10 Router Components

Monitoring M5 and M10 Router Components

M7i Router Components

Monitoring M7i Router Components

M10i Router Components

Monitoring M10i Router Components

M20 Router Components

Monitoring M20 Router Components

M40 Router Components

Monitoring M40 Router Components

M40e Router Major Hardware Components

Monitoring M40e Router Components

M160 Router Major Hardware Components

Monitoring M160 Router Components

M320 Router Major Hardware Components

Monitoring M320 Router Components

T320 Router Major Hardware Components

Monitoring T320 Router Components

T640 Routing Node Major Hardware Components

Monitoring T640 Routing Node Components

Basic Router Component Monitoring Method

Basic Router Component Monitoring Tools

Using the Basic Monitoring Method

Check the Router Component Status

Check the Router Craft Interface

Check the Component LEDs

Display Detailed Component Environmental Information

Display Detailed Component Operational Information

Gather Component Alarm Information

Display the Current Router Alarms

Display Error Messages in the Messages Log File

Display Error Messages in the Chassis Daemon Log File

Verify the Component Problem

Fix the Problem

Return the Failed Component

Understanding Key Router Components

Packet Forwarding Engine

Data Flow Through the Router Packet Forwarding Engine

Routing Engine Functions

Understanding the Router Chassis

Checking the Router Chassis Component Status

Display the Hardware Components Installed in the Router Chassis

Check the Component Environmental Status

Check the Component Status from the Craft Interface

Checking Router Alarms

Display Current Component Alarms

Display Component Error Messages in the System Log File

Display Component Errors in the Chassis Daemon Log File

Verifying Router Component Failure

Replacing a Failed Component

Understanding the Routing Engine

Routing Engine Types and Characteristics

M7i and M10i Router Routing Engine

M5, M10, M20, M40, M40e, and M160 Router Routing Engines

M320 Router Routing Engine

T320 Router and T640 Routing Node Routing Engine

Routing Engine Locations

M5, M10, and M20 Router Routing Engines Location

M7i and M10i Router Routing Engine Location

M40 Router Routing Engine Location

M40e and M160 Router Routing Engine Location

M320 Router Routing Engine Location

T320 Router and T640 Routing Node Routing Engine Location

Routing Engine Redundancy

Routing Engine Component Companionship

Routing Engine Boot Devices

Routing Engine Storage Media

Monitoring the Routing Engine Status

Check the Detailed Routing Engine Status

Check the Routing Engine LEDs

Check the M7i Routing Engine LEDs

Check the M10i Router Routing Engine LEDs

Check the M20 Router Routing Engine LEDs

Check the M40 Router Routing Engine LEDs

Check the M40e and M160 Router Routing Engine LEDs

Check the M320 Router Routing Engine LEDs

Check the T320 Router Routing Engine LEDs

Check the T640 Routing Node Routing Engine LEDs

Verifying Routing Engine Failure

Check Core Files If the Routing Engine Reboots

List the Core Files Generated After A Crash Occurs

Display the Messages Log File After A Crash Occurs

Example of When No Core File Is Generated

Example of Boot Messages If Routing Engine Fails to Boot

Check for Compact Flash Media and Hard Disk Failure

When the Compact Flash Is Removed from the Boot List

Determine Why Compact Flash Did Not Mount

When the Hard Disk Is Removed from the Boot List

Verify That the Hard Disk Did Not Mount

Verify That the Hard Disk Is Missing from The Boot List

View Alarms When Media Is Removed from the Boot List

Understand What Happens When Memory Failures Occur

Check the Router File System and Boot Disk

Display the Current Routing Engine Alarms

Display Error Messages in the System Log File

Document the Events Prior to the Failure

Getting Routing Engine Hardware Information

Display Routing Engine Hardware Information

Locate the Routing Engine Serial Number ID Label

M7i Router Routing Engine Serial Number ID Label Location

M10i Router Routing Engine Serial Number ID Label Location

Teknor Type 2 Routing Engine Serial Number ID Label Location

M40 Router Routing Engine Serial Number ID Label Location

M320 Router Serial Number ID Label Location

Removing a Routing Engine

Understanding FPCs

Checking the FPC Status

Check FPC Status and Utilization

Check FPC Status and Uptime

Check FPC Status and Temperature

Check the FPC LED States

Checking for FPC Alarms

Display the Current FPC Alarms

Display FPC Error Messages in the System Log File

Display FPC Error Messages in the Chassis Daemon Log File

Verifying FPC Failure

Document Events Prior to the FPC Failure

Check the FPC Installation

Check the FPC Fuses

Take the FPC Offline

Perform an FPC Swap Test

Display the FPC Software Version Information

Display the FPC Hardware Information

Locate the FPC Serial Number ID Label

Replacing an FPC

Understanding PICs

Checking the PIC Status

Display the PIC Media Type and FPC Status

Display the PIC Interface Status Information

Check the PIC LED States

Checking PIC Alarms

Check Current Chassis Alarms

Display Error Messages in the System Log File

Verifying PIC Failure

Perform a PIC Swap Test

Display PIC Hardware Information

Locate the PIC Serial Number ID Label

Replacing a PIC

Understanding the Craft Interface

Monitoring the Craft Interface Status

View the Craft Interface Status

Check the Craft Interface Environmental Status

Viewing Craft Interface Information from the Command Line

Verifying Craft Interface Failure

Display Craft Interface Alarms

Display Craft Interface Error Messages in the System Log File

Display Craft Interface Messages in the Chassis Daemon Log File

Display Craft Interface Hardware Information

Replacing the Craft Interface

Replace the M20 Router Craft Interface

Replace the M40 Router Craft Interface

Replace the M40e and M160 Router Craft Interface

Replace the M320 Router Craft Interface

Replace the T320 Router and T640 Routing Node Craft Interface

Locating the Craft Interface Serial Number ID Label

Locate the M20 Router Craft Interface Serial Number ID Label

Locate the M40 Router Craft Interface Serial Number ID Label

Locate the M320 Router Craft Interface Serial Number ID Label

Serial Number ID Label

Returning the Craft Interface

Understanding Power Supplies

M5/M10 Router Power Supplies

M7i Router Power Supplies

M10i Router Power Supplies

M20 Router Power Supplies

M40 Router Power Supplies

M40e Router Power Supplies

M160 Router Power Supplies

M320 Router Power Supplies

T320 Router Power Supplies

T640 Routing Node Power Supplies

Checking the Power Supply Cables

Checking the Power Supply Status

Check the Power Supply Environmental Status

Check the Power Supply LEDs

Checking for Power Supply Alarms

Display Current Power Supply Alarms

Display Power Supply Error Messages in the System Log File

Verifying Power Supply Failure

Check the Power Supply Power Switch

Check the Circuit Breaker

Perform a Power Supply Swap Test

Check the Router Cooling System

Test the Power Supply

Getting Power Supply Hardware Information

Display the Power Supply Hardware Information

Locate the Power Supply Serial Number ID Label

Replacing the Power Supplies

Understanding the Cooling System

M5 and M10 Router Cooling Systems

M7i Router Cooling System

M10i Router Cooling System

M20 Router Cooling System

M40 Router Cooling System

M40e and M160 Router Cooling Systems

M320 Router Cooling System

T320 Router and T640 Routing Node Cooling Systems

Checking the Cooling System Status

Checking the Cooling System Alarms

Check the Alarm Indicators on the Craft Interface

Display Current Cooling System Alarms

Display Cooling System Error Messages in the System Log File

Maintaining the Air Filter

Verifying a Fan Failure

Verifying an Impeller Failure

Replacing a Cooling System Component

Understanding the Cable Management System, Cables, and Connectors

M5 and M10 Router Cable Management System

M10i Router Cable Management System

M20 Router Cable Management System

M40 Router Cable Management System

M40e and M160 Router Cable Management System

M320 Router Cable Management System

T320 Router and T640 Routing Node Cable Management System

Maintaining the PIC Cables

Maintaining the PIC Fiber-Optic Cable

Cleaning the Transceivers

Checking the PIC Port Status

Check the PIC or FPC LED Status

Display the PIC Media Type

Maintaining the Power Cables

Maintaining Routing Engine External Cables

Replacing the Cable Management System

Understanding the Host Subsystem

M320 and T320 Router and T640 Routing Node Routing Engines

M320 Router Routing Engine

T320 Router and T640 Routing Node Routing Engine

M320 and T320 Router and T640 Routing Node Control Boards

M320 Router Control Board

T320 Router Control Board

T640 Routing Node Control Board

Host Subsystem Location

Checking the Host Subsystem Status

Checking the Routing Engine Status

Checking the Control Board Status

Understanding the Control Board

M320 Router Control Board

T320 Router Control Board

T640 Routing Node Control Board

Monitoring the Control Board Status

Check the Control Board Environmental Status

Check the Control Board Status from the Craft Interface

Checking the Control Board Alarms

Display Control Board Alarms

Check the Control Board LEDs

Display Control Board Error Messages in the System Log File

Verifying Control Board Failure

Check the Control Board Connection

Check the Control Board Fuses

Perform a Control Board Swap Test

Display the Control Board Hardware Information

Locate the Control Board Serial Number ID Label

Returning the Control Board

Understanding the SCG

Monitoring the SCG Status

Monitor the SCG Environmental Status

Display the SCG LED States at the Command Line

Look at the SCG LEDs on the Faceplate

Determining SCG Mastership

Display the SCG Master from the Craft Interface Output

Look at the SCG LEDs on the Faceplate

Displaying SCG Alarms

Display Current SCG Alarms

Display SCG Error Messages in the System Log File

Display SCG Error Messages in the Chassis Daemon Log File

Verifying SCG Failure

Check the SCG Connection

Perform an SCG Swap Test

Getting SCG Hardware Information

Display the SCG Hardware Information

Locate the SCG Serial Number ID Label

Returning the SCG

Understanding the SIBs

M320 Router SIBs

T320 Router SIBs

T640 Routing Node SIBs

Monitoring the SIB Status

Display the SIB Summary Status

Display the SIB LED Status at the Command Line

Check the SIB LED Status on the Faceplate

Display the SIB Environmental Status

Displaying SIB Alarms

Display Current SIB Alarms

Display SIB Error Messages in the System Log File

Display SIB Error Messages in the Chassis Daemon Log File

Verifying SIB Failure

Check the SIB Connection

Check the SIB Fuses

Perform an SIB Swap Test

Getting SIB Hardware Information

Display SIB Hardware Information

Locate the SIB Serial Number ID Label

Returning the SIB

Understanding the Host Module

Checking the Host Module Status

Checking the Routing Engine Status

Checking the MCS Status

Understanding the SFMs

Monitoring the SFM Status

Display the SFM Summary Status

Display the SFM LED Status at the Command Line

Check the SFM LED Status on the Faceplate

Display the SFM Environmental Status

Displaying SFM Alarms

Display Current SFM Alarms

Display SFM Error Messages in the System Log File

Display SFM Error Messages in the Chassis Daemon Log File

Verifying SFM Failure

Check the SFM Connection

Check the SFM Fuses

Perform an SFM Swap Test

Getting SFM Hardware Information

Display SFM Hardware Information

Locate the SFM Serial Number ID Label

Replacing the SFM

Understanding the MCS

Checking the MCS Status

Check the MCS Environmental Status

Check the MCS Status from the Craft Interface

Check the MCS LEDs

Verifying MCS Failure

Check the MCS Fuses

Perform an MCS Swap Test

Getting MCS Hardware Information

Display the MCS Hardware Information

Locate the MCS Serial Number ID Label

Returning the MCS

Understanding the PCG

Monitoring the PCG Status

Monitor the PCG Environmental Status

Display the PCG LED States at the Command Line

Look at the PCG LEDs on the Faceplate

Determining PCG Mastership

Display the PCG Master in the Craft Interface Output

Look at the PCG LEDs on the Faceplate

Display the Packet Forwarding Engine Current Clock Source

Displaying PCG Alarms

Display Current PCG Alarms

Display PCG Error Messages in the System Log File

Display PCG Error Messages in the Chassis Daemon Log File

Verifying PCG Failure

Check the PCG Connection

Check the PCG Fuses

Perform a PCG Swap Test

Getting PCG Hardware Information

Display the PCG Hardware Information

Locate the PCG Serial Number ID Label

Replacing the PCG

Understanding the CIP

Monitoring the CIP Status

Checking for CIP Alarms

Display Current CIP Alarms

Display CIP Error Messages in the System Log File

Display CIP Error Messages in the Chassis Daemon Log File

Verifying CIP Failure

Check the CIP Connection

Check the Ethernet Port Functionality

Performing a CIP Swap Test

Getting CIP Hardware Information

Display CIP Hardware Information

Locating the CIP Serial Number ID Label

Replacing the CIP

Understanding the SCB

Monitoring the SCB Status

Display the SCB Environmental Status

Display the SCB Detailed Status

Check the SCB LED Status

Checking for SCB Alarms

Display SCB Error Messages in the System Log File

Display SCB Error Messages in the Chassis Daemon Log File

Verifying SCB Failure

Check the SCB Connection

Perform an SCB Swap Test

Getting SCB Hardware Information

Display the SCB Hardware Information

Locate the SCB Serial Number ID Label

Display the SCB Firmware Version

Returning the SCB

Understanding the SSB

Monitoring the SSB Status

Display the SSB Environmental Status

Display the SSB Detailed Status

Check the SSB LEDs

Checking for SSB Alarms

Display SSB Error Messages in the System Log File

Display SSB Error Messages in the Chassis Daemon Log File

Verifying SSB Failure

Check the SSB Connection

Perform a Swap Test on the SSB

Getting SSB Hardware Information

Display the SSB Hardware Information

Locate the SSB Serial Number ID Label

Display the SSB Firmware Version

Replacing the SSB

Understanding the CFEB

Monitoring the CFEB Status

Display the CFEB Environmental Status

Display the CFEB Detailed Status

Check CFEB LEDs

Checking for CFEB Alarms

Display CFEB Alarms

Check the CFEB LEDs

Display CFEB Error Messages in the System Log File

Display CFEB Error Messages in the Chassis Daemon Log File

Verifying CFEB Failure

Check the CFEB Uptime

Check the System Uptime

Check the CFEB Connection

Perform a Swap Test on the CFEB

Getting CFEB Hardware Information

Display the CFEB Hardware Information

Display the CFEB Firmware Information

Locate the CFEB Serial Number ID Label

Returning the CFEB

Understanding the HCM

Monitoring the HCM Status

Check HCM Environmental Status

Check the Companion Routing Engine Status

Displaying HCM Alarms

Performing A Swap Test

Getting HCM Hardware Information

Display the HCM Hardware Information

Locate the HCM Serial Number ID Label

Returning the HCM

Understanding the FIC

Monitoring the FIC Status

Understand FIC Slot Numbering

Display FIC Status at the Command Line

Displaying FIC Alarms

Display the FIC Status

Display FIC Errors In the nmessages Log File

Display FIC Errors In the chassisd Log File

Verifying FIC Failure

Displaying FIC Hardware Information

Display the FIC Hardware Information

Display the M7i Router Chassis Serial Number

Removing the FIC

Returning the FIC

Understanding the FEB

Monitoring the FEB Status

Display the FEB Environmental Status

Display the FEB Detailed Status

Verifying FEB Failure

Check the FEB Uptime

Check the System Uptime

Check the FEB Connection

Perform a Swap Test on the FEB

Getting FEB Hardware Information

Display the FEB Hardware Information

Display the FEB Firmware Information

Locate the FEB Serial Number ID Label

Returning the FEB

M10i Router Redundant Routing Engines and HCMs

M20 Router Redundant Routing Engines and SSBs

M40e and M160 Router Redundant Host Modules

Redundancy Connection for an M10i Router

Redundancy Connection for an M20 Router

Redundancy Connection for an M40e or M160 Router

Redundancy Connection for an M320 Router

Redundancy Connection for a T320 Router and T640 Routing Node

Determining Which Routing Engine You Are Logged In To

Display Routing Engine Status

Display the Router Hardware

Determining Routing Engine Mastership

Determine the Routing Engine Mastership By Checking Status

Determine Routing Engine Mastership By Checking the LEDs

Manually Configuring Master and Backup Routing Engines

Manually Switching Routing Engine Mastership

Determining Why Mastership Switched

Failure of Keepalives

Avoiding Redundancy Problems

Operate the Same Type of Routing Engine and JUNOS Software

Use the Groups Configuration

Synchronize Configurations

Copy a Configuration File from One Routing Engine to Another

Use the Proper Shutdown Process on a Backup Routing Engine

Understanding Redundant Routing Engines

Redundant Routing Engine Characteristics

M10i Router Routing Engine Redundancy

M20 Router Routing Engine Redundancy

M40e and M160 Router Routing Engine Redundancy

M320 Router Routing Engine Redundancy

T320 Router and T640 Routing Node Routing Engine Redundancy

Understanding the Redundant Routing Engine Configuration

Understanding Redundant Routing Engine Automatic Failover

Understanding the Default Routing Engine Redundancy Behavior

Displaying the Redundant Routing Engines Installed in the Router

Checking the Redundant Routing Engine Status

Displaying Redundant Routing Engine Mastership and Backup

Displaying Redundant Routing Engine Errors

Manually Switching from Master to Backup Routing Engine

Replacing a Redundant Routing Engine

Understanding Redundant Power Supplies

M5/M10 Router Redundant Power Supplies

M7i Router Redundant Power Supplies

M10i Router Redundant Power Supplies

M20 Router Redundant Power Supplies

M40 Router Redundant Power Supplies

M40e Router Power Supplies nand Location

M160 Router Redundant Power Supplies

M320 Router Redundant Power Supplies

T320 Router Redundant Power Supplies

T640 Routing Node Redundant Power Supplies

Displaying Redundant Power Supplies Installed In The Router

Checking the Redundant Power Supply Status

Checking for Power Supply Alarms

Verifying Power Supply Failure

Getting Power Hardware Information

Replacing a Power Supply

Understanding Redundant Cooling System Components

M5 and M10 Router Redundant Cooling System Components

M7i Router Redundant Cooling System Components

M10i Router Redundant Cooling System Components

M20 Router Redundant Cooling System Components

M40 Router Redundant Cooling System Components

M40e and M160 Router Redundant Cooling System Components

M320 Router Redundant Cooling System Components

T320 Router Redundant Cooling System Components

T640 Routing Node Redundant Cooling System Components

Displaying Redundant Cooling System Components

Checking the Redundant Cooling System Status

Checking the Redundant Cooling System Alarms

Removing a Cooling System Component

Returning Redundant Cooling System Components

Understanding Redundant SIBs

SIB Location and Redundancy

M320 Router SIBs

T320 Router SIBs

T640 Routing Node SIBs

Displaying Redundant SIB Hardware Information

Displaying SIB Redundancy Information

Monitoring Redundant SIB Status

Displaying SIB Alarms

Performing a Swap Test on a SIB

Returning the SIB

Understanding Redundant SCGs

Displaying Redundant SCG Hardware Information

Monitoring Redundant SCG Status

Monitor the Redundant SCG Environmental Status

Display the Redundant SCG LED States at the Command Line

View the Redundant SCG LEDs

Displaying Redundant SCG Mastership

View the SCG LEDs

Performing a Swap Test on a Redundant SCG

Returning the SCG

Understanding Redundant Control Boards

Displaying Redundant Control Board Hardware Information

Displaying Redundant Control Board Mastership

Check the Redundant Control Board Environmental Status

Check the Redundant Control Board Status from the Craft Interface

Check the Redundant Control Board LED Status

Switching Control Board Mastership

Checking the Control Board Alarms

Replacing a Control Board

Returning the Control Board

Understanding Redundant MCSs

Displaying Redundant MCS Hardware Information

Monitoring Redundant MCS Status

Check the Redundant MCS Environmental Status

Check the Redundant MCS Status from the Craft Interface

Check the Redundant MCS LED Status

Displaying Redundant MCS Mastership

Switching MCS Mastership

Performing a Swap Test on a Redundant MCS

Returning an MCS

Understanding Redundant SFMs

Understanding M40e Router Redundant SFM Configuration

Understanding M40e Router Redundant SFM Operation

Understanding M160 Router Redundant SFM Operation

Displaying Redundant SFM Hardware Information

Monitoring Redundant SFM Status

Display the SFM Summary Status

Display the SFM LED Status at the Command Line

Check the SFM LED Status on the Faceplate

Display the SFM Environmental Status

Displaying Redundant SFM Mastership

Display SFM Mastership at the Command Line

Display SFM Mastership Information from the Craft Interface

Displaying Redundant SFM Alarms

Display the Current Redundant SFM Alarms

Display SFM Error Messages in the System Log File

Display SFM Error Messages in the Chassis Daemon Log File

Verifying SFM Failure

Check the SFM Connection

Restart the SFM

Perform an SFM Swap Test

Controlling Redundant SFMs

Take an SFM Offline

Bring an SFM Online

Switch SFM Mastership

Replacing an SFM

Understanding Redundant PCGs

Displaying Redundant PCG Hardware Information

Monitoring Redundant PCG Status

Monitor the Redundant PCG Environmental Status

Display the Redundant PCG Status from the Craft Interface

Check the PCG LED Status on the Faceplate

Determining Redundant PCG Mastership

Display the PCG Master from the Craft Interface

Check the PCG LEDs on the Faceplate

Display the Packet Forwarding Engine Current Clock Source

Displaying PCG Failure Alarms

Replacing a PCG

Bringing the Replaced PCG Online

Verifying That the Replaced PCG Is Online

Display the Replaced PCG Environmental Status

Display PCG Messages in the System Log File

Display PCG Error Messages in the Chassis Daemon Log File

Understanding Redundant SSBs

Displaying Redundant SSB Configuration

Displaying Redundant SSB Hardware Information

Monitoring Redundant SSB Status

Display the Redundant SSB Environmental Status

Display the Redundant SSB Detailed Status

Check the Redundant SSB LEDs

Displaying Redundant SSB Mastership

Display SSB Mastership from the Command Line

Check the SSB Mastership from the LEDs

Checking for SSB Alarms

Display the Current SSB Alarms

Display SSB Error Messages in the System Log File

Display SSB Error Messages in the Chassis Daemon Log File

Verifying SSB Failure

Check the SSB Connection

Perform a Swap Test on the SSB

Switch SSB Mastership

Replacing the SSB

Understanding Redundant CFEBs

Displaying Redundant CFEB Hardware Information

Displaying CFEB Mastership

Check CFEB LEDs

Display the CFEB Status

Display CFEB Alarms

Verifying CFEB Failure

Returning the CFEB

Understanding Redundant HCMs

Displaying Redundant HCM Hardware Information

Displaying HCM Status and Mastership

Check the HCM LEDs

Check the HCM Environmental Status

Switching HCM Mastership

Displaying HCM Alarms

Verifying HCM Failure

Performing a Swap Test on an HCM

Returning an HCM

CLI Operational Mode

Using the CLI Operational Mode

Entering the CLI Operational Mode

Getting Help on Commands at a Hierarchy Level

Getting Help About Commands

Having the CLI Complete Commands

Using CLI Command Completion

Displaying CLI Command History

CLI Configuration Mode

Configuration Statements and Identifiers

Configuration Statement Hierarchy

Using the CLI Configuration Mode

Entering Configuration Mode

Exiting Configuration Mode

Moving Among Levels of the Hierarchy

Displaying the Current Configuration

Modifying the Configuration

Removing a Statement

Displaying Configuration Mode Command History

Committing a Configuration

Saving a Configuration to a File

Returning to a Previously Committed Configuration

Getting Help About Statements

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