Qtech QSW-8200-28F-AC-DC — команды для настройки статических маршрутов в сетевых устройствах [23/74]
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User Manual
Chapter 2. Commands for Static Route 23
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Chapter 2 COMMANDS FOR STATIC ROUTE
2.1 ip route
Command: ip route {<ip-prefix> <mask> | <ip-prefix>/<prefix-length>} {<gateway-
address> | <gateway-interface>} [<distance>]
no ip route {<ip-prefix> <mask> | <ip-prefix>/<prefix-length>}
[<gateway-address> | <gateway-interface>] [<distance>]
Function: Configure the static route. The “no ip route {<ip-prefix> <mask> | <ip-
prefix>/<prefix-length>} [<gateway-address> | <gateway-interface>] [<distance>]”
command deletes the static route.
Parameter: The <ip-prefix> and <mask> are respectively destination IP address and
subnet mask, shown in dotted decimal notation; <ip-prefix> and <prefix-length> are
respectively the destination IP address and the length of prefix; <gateway-address> is
the next-hop IP address shown in dotted decimal notation; <gateway-interface> is the
next-hop interface, < distance > is the manage distance of route management, ranging
between 1~255.
Default: The management distance of static routing is defaulted at 1.
Command Mode: Global Mode.
Usage Guide: When configuring the next-hop of static routing, both by specifying the
next-hop IP address of the route data packet and the exit interface are available.
The default distance values of each route type in the layer 3 switch of our company are
listed below:
Route Type
Distance Value
Direct Route
0
Static Route
1
OSPF
110
RIP
120
IBGP
200
EBGP
20
The direct route has the highest priority when each route management distance value
remain unchanged and followed by static route, EBGP, OSPF, RIP, IBGP.
Example:
Example 1. Add a static route
Содержание
- Content p.2
- Ip prefix list seq p.7
- Ip prefix list description p.7
- Chapter 1 commands for routing policy p.7
- Match as path p.8
- Ip prefix list sequence number p.8
- Match interface p.9
- Match community p.9
- Match ip p.9
- Match ipv6 next hop p.10
- Match ipv6 address p.10
- Match origin p.11
- Match metric p.11
- Route map p.12
- Match tag p.12
- Match route type p.12
- Set as path p.13
- Set aggregator p.13
- Set comm list p.14
- Set atomic aggregate p.14
- Set extcommunity p.15
- Set community p.15
- Set local preference p.16
- Set ip next hop p.16
- Set metric p.16
- Set origin p.17
- Set metric type p.17
- Set vpnv4 next hop p.18
- Set tag p.18
- Set originator id p.18
- Set weight p.19
- Show route map p.21
- Show router id p.22
- Ip route p.23
- Chapter 2 commands for static route p.23
- Show ip route p.24
- Ip route vrf p.24
- Show ip route vrf p.25
- Show ip route fib p.25
- Accept lifetime p.26
- Chapter 3 commands for rip p.26
- Debug rip p.27
- Clear ip rip route p.27
- Address family ipv4 p.27
- Debug rip redistribute route receive p.28
- Debug rip redistribute message send p.28
- Default metric p.29
- Default information originate p.29
- Distribute list p.30
- Distance p.30
- Ip rip aggregate address p.31
- Exit address family p.31
- Ip rip authentication mode p.32
- Ip rip authentication key chain p.32
- Ip rip authentication string p.33
- Ip rip authentication cisco compatible p.33
- Ip rip receive version p.34
- Ip rip receive packet p.34
- Ip rip split horizon p.35
- Ip rip send version p.35
- Ip rip send packet p.35
- Key chain p.36
- Maximum prefix p.37
- Key string p.37
- Network p.38
- Neighbor p.38
- Offset list p.39
- Passive interface p.39
- Redistribute p.40
- Recv buffer size p.40
- Router rip p.41
- Redistribute ospf vrf command p.41
- Send lifetime p.42
- Show ip protocols rip p.43
- Show debugging rip p.43
- Show ip rip database p.45
- Show ip rip p.45
- Show ip rip interface vrf p.46
- Show ip rip interface p.46
- Show ip rip database vrf p.46
- Show ip rip aggregate p.46
- Show ip vrf p.47
- Timers basic p.47
- Show ip rip redistribute p.47
- Version p.48
- Default information originate p.49
- Clear ipv6 route p.49
- Chapter 4 commands for ripng p.49
- Distance p.50
- Default metric p.50
- Distribute list p.51
- Debug ipv6 rip p.51
- Debug ipv6 rip redistribute route receive p.52
- Debug ipv6 rip redistribute message send p.52
- Ipv6 rip split horizon p.53
- Ipv6 rip aggregate address p.53
- Neighbor p.54
- Ipv6 router rip p.54
- Passive interface p.55
- Offset list p.55
- Redistribute ospf p.56
- Redistribute p.56
- Router ipv6 rip p.57
- Show debugging ipv6 rip p.58
- Show ipv6 rip interface p.58
- Show ipv6 rip redistribute p.59
- Show ipv6 protocols rip p.59
- Show ipv6 rip p.60
- Show ipv6 rip database p.61
- Show ipv6 rip aggregate p.61
- Timers basic p.62
- Show ipv6 rip redistribute p.62
- Ipv6 route null0 p.64
- Ip route null0 p.64
- Chapter 5 commands for black hole routing p.64
- Chapter 6 commands for bfd p.65
- Bfd authentication key md5 p.65
- Bfd authentication key p.65
- Bfd echo p.66
- Bfd authentication key text p.66
- Bfd echo source ip p.66
- Bfd enable p.67
- Bfd echo source ipv6 p.67
- Bfd interval p.68
- Bfd mode p.69
- Bfd min echo recv interval p.69
- Ip ospf bfd enable p.70
- Debug bfd p.70
- Ipv6 ospf bfd enable instance id p.71
- Ipv6 ospf bfd enable p.71
- Ip route bfd p.71
- Ipv6 route bfd p.72
- Ipv6 rip bfd enable p.72
- Rip bfd enable p.73
- Neighbor p.73
- Show bfd neighbor p.74
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Изучите команды для настройки статических маршрутов, включая параметры и примеры использования. Упростите управление маршрутами в вашей сети.