cnp3-ebook - English @ Weblate

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69 ../../protocols/ipv6.rst:236

	English ``0:0:0:0:0:0:0:1`` (``::1`` in compact form) is the IPv6 loopback address. This is the address of a logical interface that is always up and running on IPv6 enabled hosts. 171/10000 · 171
69 ../../protocols/ethernet.rst:207

	English Ethernet Switches 17/10000 · 17
69 ../../protocols/tcp.rst:227

	English the last bytes are specific for each type of option 51/10000 · 51
69 ../../protocols/tls.rst:379

	English Improving TLS 13/10000 · 13
69 ../../bibliography.rst:91

	English Gill, V. , `Lack of Priority Queuing Considered Harmful <http://queue.acm.org/detail.cfm?id=1036502>`_, ACM Queue, December 2004 128/10000 · 128
70 ../../exercises/network.rst:387

	English An important difference between OSPF and RIP is that OSPF routers flood link state packets that allow the other routers to recompute their own routing tables while RIP routers exchange distance vectors. Consider that link `B-C` fails and that router `B` is the first to detect the failure. At this point, `B` cannot reach anymore `C`, `D` and `E`. `C` cannot reach `B` and `A` anymore. 385/10000 · 385
70 ../../glossary.rst:247

	English IMAP 4/10000 · 4
70 ../../principles/network.rst:415

	English The network layer is able to fragment a packet. In our example, the router could fragment the packet in two parts. The first part contains the beginning of the payload and the second the end. There are two possible ways to perform this fragmentation. 250/10000 · 250
70 ../../principles/reliability.rst:254

	English In addition, the :term:`ASCII` table also defines several non-printable or control characters. These characters were designed to allow an application to control a printer or a terminal. These control characters include `CR` and `LF`, that are used to terminate a line, and the `BEL` character which causes the terminal to emit a sound. 335/10000 · 335
70 ../../principles/transport.rst:260

	English The connection-oriented service 31/10000 · 31
70 ../../principles/security.rst:850

	English his/her public key 18/10000 · 18
70 ../../exercises/ipv6.rst:631

	English The same can be done for the three links between the different routers. 71/10000 · 71
70 ../../exercises/routing-protocols.rst:989

	English Exercises 9/10000 · 9
70 ../../exercises/tcp-2.rst:891

	English These states are defined in https://github.com/torvalds/linux/blob/master/include/net/tcp_states.h 98/10000 · 98
70 ../../protocols/bgp.rst:287

	English Once the `R2-R3` has been established, `R3` sends `U(2001:db8:acbd::/48,2001:db8::2,AS30)`. `R2` announces on the `R2-R3` session all the routes inside its RIB. It thus sends to `R3` : `U(2001:db8:1234::/48,2001:db8::1,AS20:AS10)` and `U(2001:db8:5678::/48,2001:db8::1,AS20)`. Note that when `R2` advertises the route that it learned from `R1`, it updates the BGP nexthop and adds its AS number to the AS-Path. `R2` also sends `U(2001:db8:abcd::48,2001:db8::6,AS20:AS30)` to `R1` on the `R1-R3` session. At this point, all BGP routes have been exchanged and all routers can reach `2001:db8::1234/48`, `2001:db8:5678::/48` and `2001:db8:abcd::/48`. 647/10000 · 647
70 ../../protocols/email.rst:236

	English 36 2/10000 · 2
70 ../../protocols/ethernet.rst:324

	English Spanning tree computed in a switched Ethernet network 53/10000 · 53
70 ../../protocols/http.rst:347

	English The server replies with the requested style sheet and maintains the persistent connection. Note that the server only accepts 99 remaining HTTP requests over this persistent connection. 184/10000 · 184
70 ../../protocols/ipv6.rst:237

	English ``0:0:0:0:0:0:0:0`` (``::`` in compact form) is the unspecified IPv6 address. This is the IPv6 address that a host can use as source address when trying to acquire an official address. 184/10000 · 184
70 ../../protocols/ethernet.rst:211

	English Increasing the physical layer bandwidth as in `Fast Ethernet` was only one of the solutions to improve the performance of Ethernet LANs. A second solution was to replace the hubs with more intelligent devices. As `Ethernet hubs` operate in the physical layer, they can only regenerate the electrical signal to extend the geographical reach of the network. From a performance perspective, it would be more interesting to have devices that operate in the datalink layer and can analyze the destination address of each frame and forward the frames selectively on the link that leads to the destination. Such devices are usually called `Ethernet switches` [#fbridges]_. An `Ethernet switch` is a relay that operates in the datalink layer as is illustrated in the figure below. 773/10000 · 773

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