rmic – The Java RMI Compiler

Synopsis 

rmic [ options ] package-qualified-class-name(s)

Explanation 

The  rmic compiler generates  stub and  skeleton class  files (JRMP
protocol) and stub  and tie class files (IIOP  protocol) for remote
objects. These  classes files are generated from  compiled Java pro
gramming  language classes  that are  remote  object implementation
classes.  A remote implementation  class is a class that implements
the interface java.rmi.Remote. The  class names in the rmic command
must be for  classes that have been compiled  successfully with the
javac  command and must  be fully  package qualified.


A  skeleton for  a remote  object  is a  JRMP protocol  server-side
entity that has a method that dispatches calls to the actual remote
object implementation.



A tie  for a  remote object  is a server-side  entity similar  to a
skeleton,  but which communicates  with the  client using  the IIOP
protocol.

A  stub  is  a client-side  proxy  for  a  remote object  which  is
responsible for communicating method invo cations on remote objects
to  the  server  where  the  actual  remote  object  implementation
resides.  A  client's reference to  a remote object,  therefore, is
actually a reference to a local stub.

shellsort using php

<?
// function shellsort($elements,$length)
//  {

$elements = array(2,3,4,5,1,8,11,0);
$length = count($elements);
     $k=0;
     $gap[0]=(int) ($length / 2);
     while($gap[$k]>1)
     {
         $k++;
         $gap[$k]=(int)($gap[$k-1]/2);
     }//end while

     for($i=0;$i<=$k;$i++)
     {
     $step=$gap[$i];
         for($j=$step;$j=0 && $temp<$elements[$p])
             {
                 $elements[$p+$step]=$elements[$p];
                 $p=$p-$step;
             }//end while
             $elements[$p+$step]=$temp;
         }//endfor j
     }//endfor i
//     return $elements;

print_r($elements);
//  }// end function

?>

http://www.go4expert.com/forums/showthread.php?t=1255

hashes.pl %(hash related)

A UNIX Command 
$cat hashes.pl
# Simple hash constructs
$fred{"with"} = "without";
$fred{"this"} = "that";
$fred{"mountain"} = "valley";
$fred{"left"} = "right";
print qq/$fred{"this"}n/;
@keys = keys(%fred);
print "Keys are @keysn";

# Initializer for %yard.
%yard = ( red => 'brick',
          blue => 'sky',
          green => 'grass',
          yellow => 'dandelion' );
print "$yard{'blue'} $yard{'yellow'}n";

$perl hashes.pl
that
Keys are left mountain with this
sky dandelion
$

UNIX Explanation 
Variables  whose   names  begin  with  %  are   hashes,  which  are
essentially arrays subscripted by  strings. As with arrays, %sue is
a hash, and it is a different variable from $sue, though members of
%sue are  selected by  $sue{$s}.  The built-in  function keys(%sue)
returns an array of all the keys (subscripts) of the hash %sue.

http://sandbox.mc.edu/~bennet/perl/leccode/var3_pl.html

songclip hazard cover oct 29 2011

[audio:http://www.beautifulwork.org/wp-content/uploads/2011/10/hazard.mp3]

Audio Recorder
 : gnome-sound-recorder 2.91.2
Details : recorded as a wav file.
Play 

$mplayer -nojoystick -nolirc hazard.mp3
MPlayer SVN-r33057 (C) 2000-2010 MPlayer Team

Playing hazard.mp3.
Audio only file format detected.
Clip info:
 Title:
 Artist:
 Album:
 Year:
 Comment:
 Genre: Unknown
Load subtitles in ./
==========================================================================
Opening audio decoder: [mp3lib] MPEG layer-2, layer-3
AUDIO: 44100 Hz, 2 ch, s16le, 128.0 kbit/9.07% (ratio: 16000->176400)
Selected audio codec: [mp3] afm: mp3lib (mp3lib MPEG layer-2, layer-3)
==========================================================================
AO: [alsa] 48000Hz 2ch s16le (2 bytes per sample)
Video: no video
Starting playback...
A:  33.0 (33.0) of 33.0 (33.0)  2.0%


Exiting... (End of file)
$




 MP3 Conversion 
 : pacpl
Details :
$pacpl hazard.wav -t mp3
Perl Audio Converter - 4.0.5

Converting:  [hazard.wav] -> [mp3] ..done.

Total files converted: 1, failed: 0
$
File Details 

$file hazard.*
hazard.mp3: Audio file with ID3 version 2.3.0, contains: MPEG ADTS, layer III, v1, 128 kbps, 44.1 kHz, Monaural
hazard.wav: RIFF (little-endian) data, WAVE audio, Microsoft PCM, 32 bit, mono 22050 Hz
$

bubble sorting using php

<?php
/* bubble.php by detour@metalshell.com
 *
 * Generate random numbers then sort them.
 *
 * http://www.metalshell.com/
 *
 */


$array_size = 250;

// If you use v4.2.0 or lower uncomment this
// srand((double)microtime()*1000000);

// Generate $array_size random numbers to be sorted.
for($x = 0; $x < $array_size; $x++)
  $ran[$x] = rand(0, 500);

/* The bubble sort method.  If you don't know how it works it's very
 * simple, values are switched one at a time for each element. */
for($x = 0; $x < $array_size; $x++) {
  for($y = 0; $y < $array_size; $y++) {
    if($ran[$x] < $ran[$y]) {
      $hold = $ran[$x];
      $ran[$x] = $ran[$y];
      $ran[$y] = $hold;
    }
  }
}

for($x = 0; $x < $array_size; $x++)
  print $ran[$x] . "
";


?>

songclip part time lover Oct 25 2011

[audio:http://www.beautifulwork.org/wp-content/uploads/2011/10/part-time-lover.mp3]

Audio Recorder
 : gnome-sound-recorder 2.91.2
Details : recorded as a ogg file.
Play 
$ogg123 part_time_lover.ogg

Audio Device:   Advanced Linux Sound Architecture (ALSA) output

Playing: part_time_lover.ogg
Ogg Vorbis stream: 2 channel, 44100 Hz

Done.
$



 MP3 Conversion 
 : pacpl
Details :
$ffmpeg -i part_time_lover.ogg  -ab 320k part-time-lover.mp3
File Details 

$file part-time-lover.mp3
part-time-lover.mp3: Audio file with ID3 version 2.4.0, contains: MPEG ADTS, layer III, v1, 320 kbps, 44.1 kHz, JntStereo
$file part_time_lover.ogg
part_time_lover.ogg: Ogg data, Vorbis audio, stereo, 44100 Hz, ~160000 bps, created by: Xiph.Org libVorbis I
$