Free hello kitty software for linux

Kitty is a plain DTV and Kitty client for Linux. DTV is the well-known Internet TV service for Apple Mac users.
Now also KDE users can watch DTV on their desktops!
First of all you need some kind of media player for KDE.
Better if it offers a KPart object (player embedded in konqueror).
I used KMPlayer, which works and rocks. But Ive tried also Kaffeine that also do the job but has more problems streaming stuff.
This package (and the whole Kitty) was built on Slackware. Probably on your distro, KDE headers are elsewhere. Remember to run "configure" with the:
--prefix=/usr/kde/3.4
parameter. Or, if you dont know where your headers are, try with:
$ kde-config --prefix
/opt/kde
So, your prefix parameter is "/opt/kde"...
./configure --prefix=/opt/kde
...is your configure syntax.
And, the last thing is BitTorrent.
Kitty has an embedded BitTorrent front-end for downloading videos from Bittorrent sources but the original BitTorrent package is needed. Install that package and find out which is the "binary" that is the pure textual client (in the latest versions, is "bittorrent-console" but also should be "btdownloadheadless.py". Find out). Then put that name (eventually with full path) into the "Bittorrent" section of Kittys preferences.
Enhancements:
- Changed directories for videos. Now are in "my-media" !
- Lotsa more bugfixes
- Fixed the nasty bug that enables actions after feed selection
- Stop button in the interface (thx Daniel Faust)
- Now playing icon also into the KDE interface
- Extension is shown near thumbnails/icons (thx Daniel Faust)
- Changed icons for video/audio
- Fixed bittorrent frontend for multilingual clients.

Apache Hello World Benchmarks is a benchmarking tool that seeks to give a sense of Web application execution speed on various software platforms running under the Apache Web server.

Benchmarks can vary greatly from system to system, so this tool allows one to get numbers on ones own platform. Applications tested include mod_perl, mod_php, Tomcat, and Apache::ASP, with over 62 benchmarks in all.

Benchmark Descriptions:

Hello World 2000 ( 2000 )

The 2000 benchmark tries to emulate a heavy web page template. It is typically 3K+ in program length that results in output of over 20K. While this does not properly reflect any web applications speed of back end business logic execution, it does show a template heavy request with some application logic and loops, some HTTP parameter passing, and much variable interpolation in the output stream.

Hello World ( hello )

The Hello World benchmark merely prints "Hello World" and as such is a good test for the fastest a web page could ever run under the given web application environment. For historical reasons, the benchmarks are written to print "Hello" and then add to the output World as a raw string.

HelloDB ( hellodb )

The HelloDB benchmark merely queries the database for the string "Hello World", and as such represents the fastest a web application can process a request when talking to a database. This is a new benchmark with only MySQL supported for now, but more environments and databases will be added over time.

XSLT Big ( xsltbig )

This benchmark hits an XSLT rendering engine hard with 18K+ XML being transformed with a 1K+ XSL stylesheet for over 20K output. Though XSLT is generally slow, many applications will use XSLT caching to speed up response times. This benchmark should emulate well a real world XSLT usage scenario, with perhaps the XSL itself being too trivial.

Hello XSLT ( xslt )

Like the Hello World benchmark, the XSLT version just outputs "Hello World", or the closest we can get when doing XSLT, so it too demonstrates the fastest an application can render a page with XSLT. Benchmarks should be similarly configured between xsltbig and xslt, so a slow caching layer that benefits the former might slow down this benchmark.

gitty-gitty is a package that contains template generation tools, are a set of scripts for creating a whole set of sources which may already be compiled and installed using the GNU development tools.
Think of gtgt as a program which is able to create an already compilable, very sophisticated "hello world" program, written in C or C++ and constituted by a main program, two internal modules (classes), and one static and one shared library, and this complex "Hello World" is already fully embedded into the GNU autoconf/automake development environment.
By using gitty-gitty, you will get a template of sources for the main cases you might meet, and which you can also use as examples for automake, autoconf, etc.
Enhancements:
- gtgt was retested under Ubuntu Dapper Drake (6.06).
- automake was updated to 1.9, autoconf was updated to 2.13.56, and autogen was updated to 1.5.8.1-1.
- prepare-cvs-commit was renamed to prepClearRepCommit.sh.
- Generated .cvsignore-files are automatically imported into the subversion property-list using the command "svn propset svn:ignore -F .cvsignore .".
- This command will be executed in all directories if it has already been set under subversion control (i.e. the .svn-directory exists).

CeeSpot, or "c." is a program run as a Linux or UNIX command interpreter using the #!/usr/bin/ceespot or #!/bin/c. syntax.

After eating (and interpreting) any # comments at the beginning of the file, it compiles the rest and executes the result.

This lets you use a compiled language as a script file. This is plausible now that machines and compilers are fast enough you dont notice a subsecond compile and link.

Some Exemples

::::::::::::::
hello-c
::::::::::::::

#!/usr/bin/ceespot

#include < stdio.h >

int main(int argc, char **argv)
{
printf("hello, worldn");
return 0;
}

::::::::::::::
hello-cxx
::::::::::::::

#!/usr/bin/ceespot
# CC = g++


#include < iostream >
using namespace std;

int main( int argc, char **argv )
{
cout
#include < X11/StringDefs.h >
#include < X11/Xaw/Label.h >

main(int argc,char **argv)
{
XtAppContext app_context;
Widget toplevel,hello;

toplevel = XtVaAppInitialize(&app_context,"XHello",NULL,0,
&argc,argv,NULL,NULL);
hello = XtVaCreateManagedWidget("Hello World!",labelWidgetClass,
toplevel,(void*)0);

XtRealizeWidget(toplevel);

XtAppMainLoop(app_context);
return 0;
}

Escher is a Java X11 library.

Escher is a collection of libraries for X Window System written purely in Java.

It consists of an X11 protocol implementation (similar to Xlib for C/C++), and its extensions including GLX, and the OpenGL rendering protocol.

How To Run

Install JDK 1.3 (http://www.ibm.com/java/jdk/linux130/).
Inside the directory "escher-0.1.0" (or later version),

$ xhost +localhost $ java gnu.x11.test.Hello --help
$ java gnu.x11.test.Hello It will pop up an X window which says "Hello World!".
$ etc/bin/jdemo gnu

You will see a list of X applications and test suits you can run.

Kitty Hooch Photo Manager is something I wrote for myself I thought Id share. I use it to process photos where I need to copy, resize, create a thumbnail and write some text. I got sick of gimping (sick of gimp really) and automated this to produce text files or PHP strings too.

If you call it from Quanta it will even regester everything in your project so its one step from picking a list of photos and commenting on them to uploading. Sorry, you have to write your own PHP libraries.

This requires ImageMagick. I just added the thumbnailing and I know how to make it a lot faster, but Im too tired to do it now. In case youre wondering if you can do anything with Kommander, this is EXACTLY the type of thing I had in mind for it. This may not be what you need, but with a few minutes of editing the output patterns it may be a dream come true. Enjoy.

Locale::Maketext::Simple is a simple interface to Locale::Maketext::Lexicon.

SYNOPSIS

Minimal setup (looks for auto/Foo/*.po and auto/Foo/*.mo):

package Foo;
use Locale::Maketext::Simple; # exports loc
loc_lang(fr); # set language to French
sub hello {
print loc("Hello, [_1]!", "World");
}
More sophisticated example:

package Foo::Bar;
use Locale::Maketext::Simple (
Class => Foo, # search in auto/Foo/
Style => gettext, # %1 instead of [_1]
Export => maketext, # maketext() instead of loc()
Subclass => L10N, # Foo::L10N instead of Foo::I18N
Decode => 1, # decode entries to unicode-strings
Encoding => locale, # but encode lexicons in current locale
# (needs Locale::Maketext::Lexicon 0.36)
);
sub japh {
print maketext("Just another %1 hacker", "Perl");
}

This module is a simple wrapper around Locale::Maketext::Lexicon, designed to alleviate the need of creating Language Classes for module authors.
If Locale::Maketext::Lexicon is not present, it implements a minimal localization function by simply interpolating [_1] with the first argument, [_2] with the second, etc. Interpolated function like [quant,_1] are treated as [_1], with the sole exception of [tense,_1,X], which will append ing to _1 when X is present, or appending ed to otherwise.

WWW::Mechanize::Plugin::HelloWorld is a sample WWW::Mechanize::Pluggable plugin.

SYNOPSIS

use WWW::Mechanize::Pluggable;
# This module is automatically loaded into WWW::Mechanize::Pluggable

This module shows how to mess with the WWW::Mechanize object contained within the WWW::Mechanize::Pluggable object.
Further refinements are left to the reader. Note that the fields in the WWW::Mechanize::Pluggable object are also available to the plugins.
USAGE ^
my $mech = new WWW::Mechanize::Pluggable;
$mech->hello_world;
# $mech->content now eq hello world