code 128 font excel free Router(config-router)# area 1 range 1721640 2552552520 advertise in Objective-C

Encode PDF 417 in Objective-C Router(config-router)# area 1 range 1721640 2552552520 advertise

Router(config-router)# area 1 range 1721640 2552552520 advertise
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Note The advertise keyword is not strictly required because the default behavior is to advertise the route It is shown simply for illustrative purposes To ensure that a specific network or range of networks are not advertised to the backbone by the ABR, you may add the no-advertise keyword to the command For instance, the following example disables advertisement of a Type 3 LSA for networks 192168160 192168230 in Area 2:
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Router(config-router)# area 2 range 192168160 2552552480 no-advertise
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Configuring ASBRs is a little more complex First, to redistribute routes into OSPF, you need to enter router config mode for the OSPF process that you wish to redistribute routes into (the "target" process) and use the redistribute [protocol] [process-ID] metric [metric] metric-type [1 | 2] [subnets] command The protocol section specifies the protocol you are redistributing into OSPF (which may include the connected or static keywords for directly connected or static routes) The process-ID section specifies either the process ID or AS number (for protocols, like EIGRP, that use those distinctions) The metric section specifies the OSPF metric for the redistributed routes (The default metric is 20, except for routes redistributed from BGP, in which case, the metric is 1) The metrictype section determines which type of metric (E1 or E2) is used for the redistributed routes (See the "OSPF Terms and Concepts" section, early in the chapter, for more information on the distinction between E1 and E2 routes) Finally, the subnets optional keyword specifies whether individual subnets should be advertised If the subnets keyword is not used, only major networks will be redistributed into OSPF To redistribute routes from OSPF into another routing protocol, the redistribute command is similar, but includes an addition or two First, ensure that you are in router config mode for the routing protocol into which you wish to redistribute OSPF routes, and issue the redistribute [protocol] [process-ID] metric [metric] [match (internal | external1 | external2)] command The protocol and process-ID sections are obviously the OSPF protocol and process ID that you wish to redistribute The metric section is the metric (for the other routing protocol) that you wish to be assigned to the redistributed OSPF routes You can use the match optional keyword when redistributing OSPF to determine which type of OSPF routes are redistributed into the target protocol/process By default, all routes will be redistributed; but you may specify that only routes internal to the area are redistributed, or that only E1 or E2 routes are redistributed Tip If you are redistributing from and to OSPF on a single ASBR, there's an easy way (without using distribute lists) to ensure that routes from another routing protocol that are redistributed into OSPF are not redistributed back out to the originating protocol Use the match internal keyword in your redistribute ospf statement Once you have enabled redistribution, you may find that, if using the subnets keyword, you have a large number of routes entered into OSPF for each ASBR To reduce the number of routes the ASBR injects into OSPF, you may use the summary-address [ip address] [mask] [not-advertise] command to summarize the ASBR's Type 5 (or 7) advertisements Similar to the area range command discussed earlier, the summary-address command summarizes several subnet advertisements into a single advertisement about a block of subnets If you use the optional no-advertise modifier, you can also specify (without using distribute lists) that specific networks/subnets are not redistributed into OSPF Once you have configured summarization, you may determine that you need to redistribute default routes from the other routing protocol into OSPF To do this, use the defaultinformation originate command on the ASBR This command tells the router to advertise its best default route from other routing protocols back into OSPF The always keyword informs the ASBR that it should always originate a default route back into the area, even when no default route from other protocols exist This is useful when you want the OSPF routers to
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send packets to the ASBR for unknown destinations, even though a default route is not used in the other routing protocol Finally, you can specify the metric and metric type using the metric and metric-type keywords, respectively If these keywords are not used, the metric advertised into OSPF will be 10 and the type will be E2 Finally, you may determine that you don't like the default metric advertised by OSPF for redistributed routes By default, OSPF uses a metric of 20 for all redistributed routes except default routes (which get a metric of 10) and redistributed BGP routes (which get a metric of 1) To change this functionality, use the default-metric [metric] router config mode command The metric value can be any number from 1 to 4 billion
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