cnp3-ebook/exercises/ipv6 — French @ Weblate

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46 ../../exercises/ipv6.rst:475
	English ``p:0002::/64`` used on the link ``B1-R5``. ``B1`` uses address ``p:0002::B1/64``
	French 0/810 · 81 Needs editing
47 ../../exercises/ipv6.rst:476
	English ``p:0003::/64`` used on the link ``B2-R6``. ``B2`` uses address ``p:0003::B2/64``
	French 0/810 · 81 Needs editing
48 ../../exercises/ipv6.rst:478
	English Can you configure the forwarding tables of the six routers to achieve the following network objectives :
	French 0/1040 · 104 Needs editing
49 ../../exercises/ipv6.rst:480
	English All packets sent by ``B1`` and ``B2`` to ``A1`` and ``A2`` are always forwarded via ``R2`` while all packets from ``A1`` and ``A2`` are always forwarded via ``R4``
	French 0/1630 · 163 Needs editing
50 ../../exercises/ipv6.rst:481
	English The packets whose destinations are ``A1``, ``A2``, ``B1`` or ``B2`` are never forwarded via router ``R4``
	French 0/1060 · 106 Needs editing
51 ../../exercises/ipv6.rst:482
	English The packets sent by ``A1`` or ``A2`` towards ``B1`` are always forwarded via ``R2`` while the packets towards ``B2`` are always forwarded via ``R4``.
	French 0/1490 · 149 Needs editing
52 ../../exercises/ipv6.rst:484
	English When creating these forwarding tables, try to minimize the number of entries that you install on each router.
	French 0/1090 · 109 Needs editing
53 ../../exercises/ipv6.rst:486
	English When a network is designed, an important element of the design is the IP address allocation plan. A good allocation plan can provide flexibility and help to reduce the size of the forwarding tables.
	French 0/1980 · 198 Needs editing
54 ../../exercises/ipv6.rst:517
	English Assign IP subnets to all links in this network so that you can reduce the number of entries in the forwarding tables of all routers. Assume that you have received a ``/56`` prefix that you can use as you want. Each subnet containing a host must be allocated a ``/64`` subnet.
	French 0/2750 · 275 Needs editing
55 ../../exercises/ipv6.rst:527
	English Configuring IPv6 Networks
	French 0/250 · 25 Needs editing
56 ../../exercises/ipv6.rst:529
	English With the previous exercises, you have learned how to reason about IPv6 networks "on paper". Given the availability of IPv6 implementations, it is also possible to carry out experiments in real and virtual labs. Several virtual environments are possible. In this section, we focus on mininet_. mininet_ is an emulation framework developed at Stanford University that leverages the namespaces features of recent Linux kernels. With those namespaces, a single Linux kernel can support a variety of routers and hosts interconnected by virtual links. mininet_ has been used by several universities as an educational tool, but unfortunately it was designed without IPv6 support.
	French 0/6720 · 672 Needs editing
57 ../../exercises/ipv6.rst:531
	English During the last years, `Olivier Tilmans <https://inl.info.ucl.ac.be/otilmans.html>`_ and `Mathieu Jadin <https://inl.info.ucl.ac.be/mjadin.html>`_ have developed the missing piece to enable students to use mininet_ to experiment with IPv6: ipmininet_. ipmininet_ is a python module that provides the classes that are required to automatically configure IPv6 networks with different routing protocols. It is available from PyPi from https://pypi.python.org/ipmininet.
	French 0/4670 · 467 Needs editing
58 ../../exercises/ipv6.rst:533
	English The syntax of IPMininet_ is relatively simple and can be learned by looking at a few examples.
	French 0/940 · 94 Needs editing
59 ../../exercises/ipv6.rst:535
	English Let us start our exploration of IPv6 routing with a simple network topology that contains two hosts and three routers and uses static routes.
	French 0/1410 · 141 Needs editing
60 ../../exercises/ipv6.rst:580
	English IPMininet_ simplifies the creation of the network topology by providing a simple API. For this, you simply need to declare a class that extends the ``IPTopo`` class.
	French 0/1650 · 165 Needs editing
61 ../../exercises/ipv6.rst:592
	English Then, you need to extend the build method that creates routers and hosts.
	French 0/730 · 73 Needs editing
62 ../../exercises/ipv6.rst:607
	English Although IPMininet_ can assign prefixes and addresses automatically, we use manually assigned addresses in this example.
	French 0/1200 · 120 Needs editing
63 ../../exercises/ipv6.rst:609
	English We use five /64 IPv6 prefixes in this network topology:
	French 0/550 · 55 Needs editing
64 ../../exercises/ipv6.rst:611
	English ``2001:db8:1341:1::/64`` on the link between ``a`` and ``r1``
	French 0/610 · 61 Needs editing
65 ../../exercises/ipv6.rst:612
	English ``2001:db8:1341:12::/64`` on the link between ``r1`` and ``r2``
	French 0/630 · 63 Needs editing

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