1.IPv6地址的各种情况
2.配置通过DHCP-PD方式分配前缀信息
3.IPv6路由基本配置
4.IPv6路由--RIPng
5.IPv6路由--EIGRPv6
6.IPv6路由--OSPFv3
7.IPv6组播
8.IPv6路由--MP-BGP
9.IPv6路由-ISISV6
10.IPv4和IPv6的共存和过度_1
11.IPv4和IPv6的共存和过度_2
enable
conf t
no ip do lo
enable pass cisco
line con 0
logg sync
exec-t 0 0
exit
line vty 0 4
pass cisco
logg sync
exit
host
1.IPv6地址的各种情况
------------------------------------------------------------------------------------
实验目的
1).掌握IPv6地址的不同配置方法，无状态自动配置和有状态自动配置
2).观察IPv6 EUI地址的生成
3).观察路由器IPv6的接口地址
4).掌握IPv6的debug方法
5).观察IPv6的地址解析过程
6).观察IPv6邻居关系的状态变迁
7).观察IPv6的DAD检查
R2:
ipv6 unicast-routing
int l0
ipv6 add 2022::1/128
exit
int f0/0
ipv6 add 2023::2/64
no shut
exit
R3:
ipv6 unicast-routing
int l0
ipv6 add 2033::1/128
exit
int f0/0
ipv6 add 2023::3/64
no shut
exit
R2:
show ipv6 int brief
show int f0/0
int f0/1
ipv6 add 2222::0/64 eui-64
exit
show ipv6 int brief
int f0/1
ipv6 add fe80::2 link-local
exit
show ipv6 int brief
show run interface f0/1
default int f0/1
int f0/1
ipv6 enable
exit
show ipv6 int brief
debug ipv6 nd
default int f0/0
int f0/0
ipv6 add autoconfig
exit
show ipv6 int brief
show ipv6 route
int f0/0
ipv6 add autoconfig default
exit
show ipv6 route
R3:
int f0/0
ipv6 nd prefix 2023::/64 no-advertise
ipv6 nd prefix 2888::/64 2000 1000
ipv6 nd other-config-flag
ipv6 dhcp server kaka
exit
ipv6 dhcp pool kaka
dns-server 2222::2
domain-name yeslab.org
exit
int f0/0
ipv6 nd prefix 2023::/64 no-advertise
ipv6 nd managed-config-flag
ipv6 nd other-config-flag
ipv6 dhcp server kaka
exit
ipv6 dhcp pool kaka
address prefix 2333::/64
dns-server 2222::2
domain-name yeslab.org
2.配置通过DHCP-PD方式分配前缀信息
------------------------------------------------------------------------------------
实验目的
1).掌握DHCP-PD的应用场景
2).掌握DHCP-PD的配置方法
3).掌握DHCP-PD的检查方法
3.IPv6路由基本配置
------------------------------------------------------------------------------------
实验目的
1).掌握静态路由配置方法
2).掌握缺省路由配置方法
3).掌握访问控制列表配置方法
4).掌握基本的IPv6测试工具
R7:
ipv6 unicast-routing
int s2/0
encapsulation ppp
ipv6 add 2027::7/64
no shut
exit
int l0
ipv6 add 2077::1/128
exit
R2:
ipv6 unicast-routing
int s2/0
encapsulation ppp
ipv6 add 2027::2/64
no shut
exit
int f0/0
ipv6 add 2023::2/64
no shut
exit
int l0
ipv6 add 2022::1/128
exit
R3:
ipv6 unicast-routing
int f0/0
ipv6 add 2023::3/64
no shut
exit
int l0
ipv6 add 2033::1/128
exit
R7:
ipv6 route ::0/0 2027::2
R2:
ipv6 route 2033::1/128 2023::3
ipv6 route 2077::1/128 2027::7
R3:
ipv6 route 2077::1/128 2023::2
R7:
ping 2033::1 source l0
telnet 2033::1 /source-interface l0
配置任务：在R2的f0/0的入方向配置ACL，使得R2只能用loopback0为源地址telnet和ping R7的loopback0
R2:
ipv6 access-list yeslab
permit tcp host 2033::1 host 2077::1 eq telnet
permit icmp host 2033::1 host 2077::1
exit
int f0/0
ipv6 traffic-filter yeslab in
exit
R3:
ping 2077::1
ping 2077::1 source l0
telnet 2077::1
telnet 2077::1 /source-interface l0
4.IPv6路由--RIPng
------------------------------------------------------------------------------------
实验目的
1).掌握RIPng的配置方法
2).理解并配置水平分割
3).掌握在帧中继环境下出现的各种问题及其解决方法
4).掌握在RIPng里注入一条缺省路由的方法
5).掌握在RIPng里配置路由汇总的方法
6).掌握在RIPng里配置路由重分布的方法
7).理解并配置毒性反转
接口配置:
R1: ipv6 unicast-routing int l0 ipv6 add 2011::1/128 exit int f0/0 ipv6 add 2123::1/64 no shut exit R2: ipv6 unicast-routing int l0 ipv6 add 2022::1/128 exit int f0/0 ipv6 add 2123::2/64 no shut exit R4: frame-relay switching int s2/0 encap frame-relay frame-relay lmi-type cisco frame-relay intf-type dce frame-relay route 305 int s2/1 503 frame-relay route 306 int s2/2 603 no shut exit int s2/1 encap frame-relay frame-relay lmi-type cisco frame-relay intf-type dce frame-relay route 503 int s2/0 305 no shut exit int s2/2 encap frame-relay frame-relay lmi-type cisco frame-relay intf-type dce frame-relay route 603 int s2/0 306 no shut exit R3: ipv6 unicast-routing int l0 ipv6 add 2033::1/128 exit int f0/0 ipv6 add 2123::3/64 no shut exit int s2/0 encapsulation frame-relay no shut exit int s2/0.1 multipoint ipv6 add 2356::3/64 frame-relay map ipv6 2356::5 305 broadcast frame-relay map ipv6 2356::6 306 broadcast exit R5: ipv6 unicast-routing int l0 ipv6 add 2055::1/128 exit int s2/0 encapsulation frame-relay no shut exit int s2/0.1 multipoint ipv6 add 2356::5/64 frame-relay map ipv6 2356::3 503 broadcast frame-relay map ipv6 2356::6 503 broadcast exit R6: ipv6 unicast-routing int l0 ipv6 add 2066::1/128 exit int s2/0 encapsulation frame-relay no shut exit int s2/0.1 multipoint ipv6 add 2356::6/64 frame-relay map ipv6 2356::3 603 broadcast frame-relay map ipv6 2356::5 603 broadcast exit R3: ping ipv6 2123::1 ping ipv6 2123::2 ping ipv6 2356::5 ping ipv6 2356::6