X-Git-Url: http://git.nikiroo.be/?p=gofetch.git;a=blobdiff_plain;f=test%2Fexpected%2FLWN%2F0000764200.header;fp=test%2Fexpected%2FLWN%2F0000764200.header;h=d7f3eb1cab19e7b8add2a5eb9ea4e31d0162931d;hp=9cd70e2caf882a63ce2a9126ccfb228e4fd5b6b0;hb=e818d449fee8a5397ab2f05df63bbeffc4c67dc0;hpb=a6a7ff9f2e7f42f17eaa69be2bfad201195b3eb4

diff --git a/test/expected/LWN/0000764200.header b/test/expected/LWN/0000764200.header
index 9cd70e2..d7f3eb1 100644
--- a/test/expected/LWN/0000764200.header
+++ b/test/expected/LWN/0000764200.header
@@ -6,8 +6,15 @@ i    but  the  kernel  often only needs a subset of that information
 i    to  be  able to perform filtering or associate any given packet
 i    with  a  flow.  The  piece  of  code that follows the different
 i    layers  of  packet  encapsulation to find the important data is
-i    called  a  flow  dissector.  In current Linux kernels, the flow
-i    dissector  is  written  in  C.  A  patch  set has been proposed
+i    called  a flow dissector. In current Linux kernels, the [1]flow
+i    dissector  is  written  in  C. A [2]patch set has been proposed
 i    recently  to  implement  it  in  BPF  with  the  clear  goal of
 i    improving security, flexibility, and maybe even performance.
+i    
+i    
+i    
+i    [1] https://elixir.bootlin.com/linux/v4.18.6/source/net/core/f-
+i    low_dissector.c
+i    
+i    [2] https://lwn.net/Articles/763938/
 i