cnp3-ebook/exercises/routing-protocols

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21 ../../exercises/routing-protocols.rst:265
	English OSPFv3 also includes `LS Acknowledge` packets that acknowledge the correct reception of link state information.
	French 0/1110 · 111 Needs editing
22 ../../exercises/routing-protocols.rst:269
	English A more detailed discussion of the packets that routing protocols exchange may be found in [Goralski2009]_.
	French 0/1060 · 106 Needs editing
23 ../../exercises/routing-protocols.rst:272
	English Exploring RIP
	French 0/130 · 13 Needs editing
24 ../../exercises/routing-protocols.rst:274
	English IPMininet_ can also be used to perform experiments with RIP. A simple script that uses RIPng is provided below.
	French 0/1110 · 111 Needs editing
25 ../../exercises/routing-protocols.rst:336
	English As RIP messages are exchanged using UDP on port 521, we filter this port in the tcpdump_ trace. RIPng distributes the routes and our two hosts can exchange packets. The entire script is available from :download:`/exercises/ipmininet_scripts/ripng.py`.
	French 0/2510 · 251 Needs editing
26 ../../exercises/routing-protocols.rst:357
	English We can observe the RIPng messages that are exchanged over the network. :rfc:`2080` defines two types of RIPng messages:
	French 0/1190 · 119 Needs editing
27 ../../exercises/routing-protocols.rst:359
	English the requests
	French 0/120 · 12 Needs editing
28 ../../exercises/routing-protocols.rst:360
	English the responses that contain the router's routing table
	French 0/530 · 53 Needs editing
29 ../../exercises/routing-protocols.rst:362
	English When a router starts, it sends a request message. This is illustrated in the figure below with the first message sent by router ``r2``. This message is sent inside an IPv6 packet whose source address is the link-local address of the router and the destination address is ``ff02::9`` which is the reserved multicast address for RIPng.
	French 0/3330 · 333 Needs editing
30 ../../exercises/routing-protocols.rst:366
	English Router ``r2`` receives a similar request from ``fe80::481a:48ff:fed7:292e`` and replies by sending its routing table in a response message. Note that this message is sent to the link-local address of the requesting router.
	French 0/2220 · 222 Needs editing
31 ../../exercises/routing-protocols.rst:370
	English Later, router ``r2`` will regularly transmit its distance vector inside an unsolicited response message that is sent towards the IPv6 multicast address ``ff02::9``.
	French 0/1640 · 164 Needs editing
32 ../../exercises/routing-protocols.rst:374
	English The packet traces collected on the three routers of this example are available from :download:`/exercises/traces/ripng-r1-trace.pcap`, :download:`/exercises/traces/ripng-r2-trace.pcap` and :download:`/exercises/traces/ripng-r3-trace.pcap`.
	French 0/2390 · 239 Needs editing
33 ../../exercises/routing-protocols.rst:378
	English Exploring BGP
	French 0/130 · 13 Needs editing
34 ../../exercises/routing-protocols.rst:380
	English To explore the configuration of BGP, let us consider a network that contains three ASes: ``AS1``, ``AS2`` and ``AS3``. To simplify the tests, we identify one host inside each of these ASes.
	French 0/1900 · 190 Needs editing
35 ../../exercises/routing-protocols.rst:434
	English As in the previous examples, we create the routers and associate one IPv6 prefix to each AS:
	French 0/920 · 92 Needs editing
36 ../../exercises/routing-protocols.rst:436
	English ``AS1`` is assigned ``2001:cafe:1::/48``
	French 0/400 · 40 Needs editing
37 ../../exercises/routing-protocols.rst:437
	English ``AS2`` is assigned ``2001:cafe:2::/48``
	French 0/400 · 40 Needs editing
38 ../../exercises/routing-protocols.rst:438
	English ``AS3`` is assigned ``2001:cafe:3::/48``
	French 0/400 · 40 Needs editing
39 ../../exercises/routing-protocols.rst:454
	English The `addDaemon` method adds a BGP daemon on each router and configures it to advertise the IPv6 prefix allocated to this AS. We then create all the links and manually assign one IPv6 subnet to each link and one IPv6 address to each interface. For the interdomain links, we use an IPv6 prefix that belongs to one of the attached ASes.
	French 0/3330 · 333 Needs editing
40 ../../exercises/routing-protocols.rst:491
	English The last step is to specify to which AS each router belongs and to configure the eBGP sessions and their routing policies. IPMininet_ abstracts most of the complexity of the configuration of these policies by supporting two policies
	French 0/2320 · 232 Needs editing

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