Difference between revisions of "User:Pckizer"

From reSIProcate
Jump to navigation Jump to search
(test rss options)
(changes in both highlighting and the feed itself)
Line 5: Line 5:
 
= Test RSS feeds =
 
= Test RSS feeds =
  
<rss max=4 highlight="Revision by" item-max-length="10000" >http://svn.resiprocate.org/svn-resiprocate.rss</rss>
+
<rss max=4 highlight="Revision" item-max-length="10000" >http://svn.resiprocate.org/svn-resiprocate.rss</rss>
  
 
= Test syntax highlighting =
 
= Test syntax highlighting =

Revision as of 21:51, 13 May 2014

Sysadmin for Tekelec (was Estacado) that manages the reSIProcate infrastructure.

Below is my personal testing ground for wiki code

Test RSS feeds

Failed to load RSS feed from http://svn.resiprocate.org/svn-resiprocate.rss: There was a problem during the HTTP request: 404 Not Found

Test syntax highlighting

HTML:

<table align=center style="background: ivory;color:maroon;font-style:italic;font-family:arial;font-weight:bold;font-size:10pt;"> 
<tr><th> Heading 1 </th><th> Heading 2 </th></tr>
<tr>
<td style="padding:10px;"> This is cell 1 text </td>
<td style="padding:10px;"> This is cell 2 text </td>
</tr>
</table>

DOT:

digraph depends {
  gen -> snmp;
  snmp -> gen;
  tnl -> gen;
  tnl -> snmp;
  gsm -> gen;
  diameter -> gen;
  diameter -> snmp;
  mxp -> gen;
  mxp -> snmp;
  mxp -> tnl;
  sctp -> gen;

  IIW -> diameter;
  IIW -> snmp;
  IIW -> gen;
  IIW -> gsm;
  IIW -> mxp;
  IIW -> tnl;
  IIW -> sctp;


Perl:

  # Split the addr-tuple into IP address and port
  (@split_data) = split(/:/, $address);
  if (@split_data == 2) {
    # IPv4 address and port
    ($address,$port) = @split_data;
  } elsif (@split_data > 2) {
    # IPv6 address and port
    $port = pop(@split_data);
    $address = join(":",@split_data);
    # This converts any proper [ip:v6::add:ress:es] to remove the brackets
    $address =~ s/[\[\]]//g;
  } else {
    print STDERR "Error, not in the form of address:port: $key\n";
  }

Test of an in-wiki dot/graphviz markup

Simple Graph

<graphviz renderer='neato' caption='Hello Neato' format='svg'> graph EXAMPLE2 {

               node  [fontsize=9];
  run -- intr;
  intr -- runbl;
  runbl -- run;
  run -- kernel;
  kernel -- zombie;
  kernel -- sleep;
  kernel -- runmem;
  sleep -- swap;
  swap -- runswap;
  runswap -- new;
  runswap -- runmem;
  new -- runmem;
  sleep -- runmem;

} </graphviz>

Digraph

<graphviz renderer="fdp"> digraph depends {

 gen -> snmp;
 snmp -> gen;
 tnl -> gen;
 tnl -> snmp;
 gsm -> gen;
 diameter -> gen;
 diameter -> snmp;
 mxp -> gen;
 mxp -> snmp;
 mxp -> tnl;
 sctp -> gen;

 IIW -> diameter;
 IIW -> snmp;
 IIW -> gen;
 IIW -> gsm;
 IIW -> mxp;
 IIW -> tnl;
 IIW -> sctp;

} </graphviz>

Digraph with clusters

<graphviz> digraph G {

   subgraph cluster_0 {
       label = "hello world";

a -> b; a -> c; color = hot_pink;

   }
   subgraph cluster_1 {

label = "MSDOT"; style= "dashed"; color=purple; x -> y; x -> z; y -> z; y -> q;

   }
   top -> a;
   top -> y;
   y -> b;

} </graphviz>

Colours!

<graphviz> digraph G {

   xyz [label = "hello\nworld",
       fontsize=24,
       style=filled,
       fontname="Palatino-Italic",
       color="purple",
       fontcolor="pink"];
   node [style=filled];
  1. Colors can be hue, saturation, brightness,
   red [color="0.0 1.0 1.0"];
  1. or colors can be red green blue,
   green [color="#00FF00"];
  1. or colors can be named.
   blue [color=blue, fontcolor=black];
   cyan [color=cyan];
   magenta [color=magenta];
   yellow [color=yellow];
   orange [color=orange];
   red -> green;
   red -> blue;
   blue -> cyan;
   blue -> magenta;
   green -> yellow;
   green -> orange;

} </graphviz>


Message sequence graph

<mscgen format='svg'>

  1. Fictional client-server protocol

msc {

arcgradient = 8;
a [label="Client"],b [label="Server"];
a=>b [label="data1"];
a-xb [label="data2"];
a=>b [label="data3"];
a<=b [label="ack1, nack2"];
a=>b [label="data2", arcskip="1"];
|||;
a<=b [label="ack3"];
|||;

} </mscgen>


Show more message-sequence commands

<mscgen>

  1. MSC for some fictional process

msc {

 hscale = "2";
 a,b,c;
 a->b [ label = "ab()" ] ;
 b->c [ label = "bc(TRUE)"];
 c=>c [ label = "process(1)" ];
 c=>c [ label = "process(2)" ];
 ...;
 c=>c [ label = "process(n)" ];
 c=>c [ label = "process(END)" ];
 a<<=c [ label = "callback()"];
 ---  [ label = "If more to run", ID="*" ];
 a->a [ label = "next()"];
 a->c [ label = "ac1()\nac2()"];
 b<-c [ label = "cb(TRUE)"];
 b->b [ label = "stalled(...)"];
 a<-b [ label = "ab() = FALSE"];

} </mscgen>


MSC using boxes

<mscgen>

  1. Example MSC using boxes

msc {

  # The entities
  A, B, C, D;
  # Small gap before the boxes
  |||;
  # Next four on same line due to ','
  A box A [label="box"],
  B rbox B [label="rbox"],
  C abox C [label="abox"],
  D note D [label="note"];
  # Example of the boxes with filled backgrounds
  A abox B [label="abox", textbgcolour="#ff7f7f"];
  B rbox C [label="rbox", textbgcolour="#7fff7f"];
  C note D [label="note", textbgcolour="#7f7fff"];

} </mscgen>