Juniper路由器参考大全：英文版

1 HardwareandArchitecture

SystemEvolution

RouterFunctionality

RoutingEngine

PacketForwardingEngine

PacketFlow

TheCraftInterface

UsingtheCraftInterface

ProductFeatures

M40/M20

M160

M5/MIO

2 JuniperSoftwareDesign

EnsuringPerformancewithJuniperNetworksRouters

DivideandConquer

AttheCore:UNIX

ProcessesandDaemons

JUNOSSoftwareOptimizations

JuniperNetworksRouterProcessesandFunctions

TheKernelProcess

TheinitProcess

syslogd

mgdandcli

rpd

dcd

snmpd

mib2d

ilmid

vrrpd

apsd

chassisd

sampled

alarmd

EmbeddedJUNOSSoftware(PFEOS)

RoutingInformationDatabases

BootOrderandProcessInteraction

TheFileSystem

FileSystemComponents

ImportantDirectories

BootSourceSequence

SoftwareMechanics

JUNOSSoftwareReleaseStructure

InstallingandUpgrading

JUNOSSoftwareDocumentation

3 JUNOSSoftwareCommandLineInterface

IntroductiontoJUNOSSoftwareCLI

CLIArchitecture

CLIKeystrokes

CLIModes

CLIFeatures

AutomaticCommandCompletion

SimultaneousMultipleUserAccess

ConfigurationCommitModel

UsingOperationalModeCommands

inConfigurationMode

OnlineDocumentation

ScrollingLargeFilesFeature

CommandPipeOption

4 SystemManagementandServices

OperatingSystemandFileLocations

RootAccount

ManagingUserAccountsandAccess

UserAccounts

RADIUSandTACACS+

TACACS+

AuthenticationOrder

ServicesandProcesses

HostNamesandDNS

StaticHostTables

DNS

TeInet

SSH

Finger

FileTransferProtocol

SettingTimeandLocation

NTP

SNMP

DiagnosticTools

PING

Traceroute

Syslog

Traceoptions

5 InterfaceConfigurationandControl

Permanentvs.TransientInterfaces

SlotandPortNumberingonJuniperNetworksRouters

InterfaceandAddressCategories

Clocking

ConfiguringtheJuniperNetworksInterface

PhysicalLayerParameters

LogicalInterfaceConfiguration

ConfiguringSONETInterfaces

PhysicalInterfaceCardProperties

SONETOptions

AutomaticProtectionSwitching

FrameCheckSequence

Loopback

SONETPath-Trace

PayloadScrambling

RFC2615

MaximumTransmissionUnit

Interoperability

ConfiguringtheATMInterface

PhysicalInterfaceProperties

LogicalInterfaceProperties

ConfiguringthePlesiochronousDigitalHierarchy:T-1/E-1

FramingMethods

LinecodesandOnesDensity

DataInversion

SimpleTestPatterns

LineBuildout

Idle-CycleFlagandTransmissionEfficiency

SubrateandTimeslotConfiguration

FrameCheckSequence

Encapsulations

ConfiguringthePlesiochronousDigitalHierarchy:

T-3/E-3Interfaces

FramingMode

FCS

Idle-CycleFlagandTransmissionEfficiency

LineBuildout

CSUCompatibilityMode/Subrate

Encapsulations

ConfiguringEthernetInterfaces:GigabitEthernetand

FastEthernet

MACAddressSetting

VLANTagging

FastEthernet/GigabitEthernetOptions

SourceFiltering

LogicalInterfaceParameters

ConfiguringEncapsulations

ConfiguringTunnelInterfaces

MulticastingandTunnelPICs

GenericRouteEncapsulation/IP-IPandTunnelPICs

ManagementInterfaceConfiguration

Troubleshooting

ThemonitorinterfaceCommand

TheshowinterfacesextensiveCommand

Loopback

6 ProtocoMndependentRouting

RouteTypes

StaticRoutes

AggregateRoutes

GeneratedRoutes

MartianRoutes

RoutingTables

InterpretingtheOutput

ProtocolsandPreferences

AdditionalRouteTables

Rib-Groups

OtherFeatures

RouterID

AutonomousSystemNumber

AutonomousSystemConfederations

LoadBalancing

7 RoutingPolicy

BasicRoutingPolicy

AnExamplePolicyScenario

CreatingaRoutingPolicy

BasicRoutingPolicy

Definition

Parameters

Application

Results

Evaluation

TheJUNOSSoftwarePolicyFramework

PolicyComponents

SettingParameters

ApplyingPolicies

Evaluation..o...

PolicyFrameworkMechanics

FlowControlActions

DefaultPolicies

PolicyChains

User-DefinedPolicies

Terms

MatchConditions

Side-Effects

Expressions

Subroutines

Protocol-SpecificPolicy

Protocol-SpecificMatchConditions

RegularExpressions

TroubleshootingPolicy

TestPolicy

PolicyTracing

DebugCommunities

PolicyDesign

TacticsforImprovingPolicies

StrategiesforImplementingRoutingPolicies

DesigningSubroutinePolicies

SubroutinesandExpressions

Summary

8 RoutingInformationProtocol

DistanceVectorRoutingProtocols

WhatIsDistanceVector?

DistanceVectorProblemsandSolutions

IntroductiontoRIP

RIPv1

RIPv2Extensions

ConfiguringRIPv2

TroubleshootingRIPv2

9 OSPFTheory

OSPF:ALink-StateRoutingProtocol

ShortestPathFirstComputation

OSPFNetworkTypes

point-to-PointNetwork

BroadcastMulti-accessNetwork

Non-BroadcastMulti-accessNetwork

point-to-MultipointNetwork

ConsiderationsforMulti-accessNetworks

Multi-accessNetworkRules

AdjacencyEstablishment

HelloProtocol

OSPFAuthentication

OSPFAdjacencyStateMachine

OSPFPackets

DatabaseDescriptionPacket

Link-StateRequestPacket

Link-StateUpdatePacket

Link-StateAcknowledgementPacket

Flooding

FloodingProcedure

TheLink-StateDatabase

Router-LSA

Network-LSA

Summary-LSA

AS-External-LSA

TopologyMaintenance

OSPFHierarchy

OSPFRouterClassification

VirtuallyAttachedOSPFAreas

OSPFExtensions

10 OSPFConfiguration

OSPFMinimumConfigurationRequirements

CaseStudy1:Point-to-PointNetwork

withUnnumberedInterfaces

ViewingOSPFInterfaces

ViewingOSPFNeighbors

InterfacePriorityConfiguration

ViewingtheOSPFLink-StateDatabase

ViewingOSPFRoutes

CaseStudy2:P2PNetworkwithNumberedInterfaces

CaseStudy3:BMANetwork

CaseStudy4:HierarchicalRouting--

Multiple-AreaConfiguration

CaseStudy5:RouteRedistributionintoOSPF

CaseStudy6:StubAreaConfiguration

CaseStudy7:OSPFRouteSummarization

CaseStudy8:NSSAConfiguration

CaseStudy9:VirtualLinkConfiguration

CaseStudy10:OSPFMetricsandShortestPathCalculation

11 IS-IS

IntroductionandHistoricalBackground

HistoryofIS-IS

SampleNetwork

IS-ISTerminology

Link-StateProtocolFundamentalsandIntroductiontoIS-IS

DistributionbyFlooding,Aging,andReflooding

HierarchicalRouting

PseudonodesandDesignatedRoutersonBroadcastLANs

SPF-BasedRouteCalculation

ISOAddressing

FragmentationofLargeLSPs

OSIModelandtheIS-ISStack

IS-ISPacketTypes

IS-ISTLVTypes

TroubleshootingIS-IS

CaseStudy:BrokenIS-ISAdjacency

CaseStudy:UnintentionallyInjecting100,000Prefixes

intoIS-IS

CaseStudy:LeakingLevel2PrefixesintoLevel1

CaseStudy:LeakingExternalLevel1Prefixesintolevel2

12 InterdomainRoutingTheory

BGPOverview

HistoryofBGP

WhatIsDifferentAboutBGPv47

WhyUseTCPasaTransport?

Peering

BGPMessageTypes

Finite-StateMachine

RoutingInformationBases(RIBs)

IBGPandEBGPBasics

ProtocolDifferences

BGPDecisionProcess

BGPBasics

Attributes

AttributeClasses

Multihop

Multipath

Aggregation

Synchronization

CapabilitiesAdvertisement

ScalingBGP

TheIBGPFull-MeshProblem

RouteReflection

Confederations

ResolvingBGPNext-HopAddresses

Next-HopSelfPolicy

PassiveInterface

StaticRoutes

ExportDirect

Hot-PotatoRouting

Damping

FigureofMerit

SuppressThreshold

Half-LifeforExponentialDecay

ReuseThreshold

MaximumSuppress

InternalBGPTimers

NewBGPv4KnobsandFeatures

MultiprotocolExtensionsforBGPv4

ExtendedCommunities

RouteRefresh

CooperativeRoute-FilteringCapability

GracefulRestartMechanismforBGP

13 InterdomainRoutingCaseStudies

BasicBGPConfigurationandBestPractices

ISPDesignUsingRoutingPolicyforBGPControl

ExportingRoutes

ImportingRoutes

LoadBalancingwithBGP

LoadBalancingwithEBGPUsingMultipath

LoadBalancingwithIBGPUsingMultipath

LoadBalancingwithBGPUsingMultihop

RouteReflectionandPathSelectioninaMulti-VendorNetwork

IssueswithRouteReflectionandnext-hop-self

PersistentRouteOscillationwithRouteReflection

FirstUpdate

SecondUpdate

ThirdUpdate

FourthUpdate

FifthUpdate

PreventionofPersistentRouteOscillation

UsingConfederationsforBGPScalability

BGPintheEnterprise

ExistingNetworkConnectivity

NewNetworkDesign

DefaultRoutes

14 IntroductiontoMPLS

HistoryofMPLS

CellSwitchRouterandIPSwitch

ARIS

TagSwitching

MPLS

JUNOSSoftwareandMPLS

OverviewofMPLS

Multi-ProtocolLabelSwitchingTerminology

StructureoftheMPLSLabel

DistributionofLabels

StaticLSPs

SignaledLSPs

RSVPProtocol

RSVPSignaledLSPs

TrafficProtection

AdvancedRouteResolution

MPLSLoadBalancing

TheLabelDistributionProtocol

15 IntroductiontoMPLSVirtualPrivateNetworks

2547bisMPLSVirtualPrivateNetworks

2547bisMPLSVPNComponents

2547bisMPLSVPNOperation

AdditionalNoteson2547bisMPLSVPN

CircuitCross-Connect

MPLSTunnelCross-Connect

LSPStitchingCross-Connect

Layer2MPLSVirtualPrivateNetworks

Layer2MPLSVPNComponents

Layer2MPLSVPNOperation

16 InternetProcessorIIandFirewallFilters

OverviewofIP2FeaturesandCapabilities

“PerformanceWithoutCompromise”

OverviewofIP2FirewaUFeatures

RateLimitingwiththeIP2

FilterBasedForwarding

LoggingandStatisticalSampling

TheIP2andNon-InternetProtocols

IP1vs.IP2:FeaturesSummary

DeterminingWhetherYourRouterIsIP2Equipped

FirewallFilterSyntaxandOperation

StatefulInspectionvs.PacketFiltering

IP,TCP,andUDPStructuralandOperationalReview

JUNOSFirewallSyntaxandProcessingRules

TheNeedforMultipleTermsinaFirewallFilter

TheJUNOSFirewallfromStatement

TheJUNOSFirewallthenStatement

ResequencingandDeletingFirewaUTerms

ApplyingJUNOSFirewallFilters

CaseStudy1:RoutingEngineProtection

SecurityModels:Permissivevs.Prudent

WhatShouldBeAllowed?

FilterDirection

FilterConstructionandApplication

FilterVerification

CaseStudy2:TransitFiltering

FirewallRequirements

FilterAnalysisandVerification

IP2RateLimiting

Shapingvs.Policing

IP2RateLimitingSyntaxandProcessing

CaseStudy3:RateLimiting

PolicerRequirements

PolicerConfigurationandVerification

IP2StatisticalSampling

TheNeedforStatisticalSampling

SamplingConfiguration

CaseStudy4:StatisticalSampling

TheSamplingFilter

ForwardingOptions

SamplingVerificationandAnalysis

TheNeedforPostProcessing

CaseStudy5:TracingandMinimizingDoSAttacks

TheInitialFilter

LogAnalysisandFilterModification

Index