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Don't say too bad things about our concurence.

This commit is contained in:
Pavel Machek 2000-05-30 11:27:42 +00:00
parent e9df1bb647
commit 068b41272e

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@ -53,11 +53,9 @@ a statically configured table.
<p>A <em/Routing Daemon/ is in UNIX terminology a non-interactive program running on <p>A <em/Routing Daemon/ is in UNIX terminology a non-interactive program running on
background which does the dynamic part of Internet routing, that is it communicates background which does the dynamic part of Internet routing, that is it communicates
with the other routers, calculates routing tables and sends them to the OS kernel with the other routers, calculates routing tables and sends them to the OS kernel
which does the actual packet forwarding. which does the actual packet forwarding. There are other such routing daemons: routed (rip only), GateD <HTMLURL URL="http://www.gated.org/">
(non free) and Zebra <HTMLURL URL="http://www.zebra.org">, but their capabilities are limited and
<p>There already exist some such routing daemons (routed, GateD <HTMLURL URL="http://www.gated.org/"> they are relatively hard to configure and maintain.
and Zebra <HTMLURL URL="http://www.zebra.org">), but their capabilities are very limited and
they are very hard to configure and maintain.
<p>BIRD is an Internet Routing Daemon designed to avoid all of these shortcomings, <p>BIRD is an Internet Routing Daemon designed to avoid all of these shortcomings,
to support all the routing technology used in the today's Internet or planned to be to support all the routing technology used in the today's Internet or planned to be
@ -87,7 +85,7 @@ Public License.
<p>BIRD has been designed to work on all UNIX-like systems. It has been developed and <p>BIRD has been designed to work on all UNIX-like systems. It has been developed and
tested under Linux 2.0 to 2.3, but porting to other systems (even non-UNIX ones) should tested under Linux 2.0 to 2.3, but porting to other systems (even non-UNIX ones) should
be relatively easy due to its highly modular architecture). be relatively easy due to its highly modular architecture.
<sect1>About this documentation <sect1>About this documentation