Free myspace falling objects codes software for linux

MySpace Data Mining Tools are a set of Java classes designed to mine information from MySpace profile and blog pages using a multi-threaded Web page access method.
Enhancements:
- Direct database connectivity via JDBC was implemented for data storage.
- A basic user profile class was created to handle both user data compression and database access.
- Minor bugs were fixed for some of the raw data accessing routines.

C++ Machine Objects class library supports a subset of the UML statechart notation for implementing hierarchical state machines in straight C++, similar in spirit to the GoF "State" design pattern.
The currently supported features are hierarchical states, entry and exit actions, state histories, and state variables.
Installation:
The class library as such does not need to be installed. Just include the header file Macho.hpp to make use of it. Prerequisite however is a C++ compiler with sane support for templates.
Included are the example state machines HelloWorld, Example, Microwave and Test. To make the examples run just compile them in the directory they are in, for example:
# GCC
g++ -o microwave Microwave.cpp
# MSVC7
cl /EHsc Microwave.cpp
I like the GoF "State" design pattern. It enables implementing the important concept of state machines with common programming language features. By utilising only basic language mechanisms it is easy to apply in real-life software development.
Another important property that stems from this simplicity is orthogonality, meaning that the pattern can be combined with other design elements, patterns and idioms in arbitrary ways.
In contrast stand the tool supported approaches to state machine creation (of which there is no shortage). Based on code generators and graphical editors, they tend to generate incomprehensible code and forfeit orthogonality by necessarily being outside the domain of the programming language.
Unfortunately the "State" pattern is limited in scope because it does not allow for hierarchical state machines. This is regrettable because flat state machines tend to become unwieldy when getting bigger, for the sheer number of states they produce.
Hierarchical state machines as defined by the statechart notation alleviate this problem by giving an additional structural element through grouping states into hierarchies.
The "State" pattern in its original form is not capable of modeling state hierarchies. The Macho class library extends the concept with this possibility, while keeping the properties of simplicity (there possible) and tool independence from its inspiration.
Enhancements:
- This release adds the feature of backtracking to previous states by using "Snapshots".

MySpace Feed tool lets you important headlines from your blog, LiveJournal, a news feed, or other source into your MySpace (or Friendster) page.

MySpace Feed converts the headline text into an image. We have a script that updates the images once a day.

HTML Objects is a Perl module library for turning HTML tags into Perl objects. HTML Objects allows Web pages to be manipulated as a data structure rather than text.

Once manipulation is done, the entire page is generated via depth-first recursion.

Falling is a fast-paced survival game involving a ball falling through wooden planks.

Falling is a survival game where the user controls a small steel ball and tries to roll it through holes in floors which are constantly moving up.

Avoid being crushed between the top of the window and a floor, avoid mechanical sticks of TNT that explode on contact, and avoid magnetic balloons which pull you to the top of the screen.

Collect jewels for extra points. Try to survive as long as possible!

Python Web Objects is a dynamic page generation system that allows the developer to embed Python code inside HTML. It is similar in function to what JSP is to Java. ts a module that runs under mod_python and the Apache webserver. It is designed to offer a good balance between a providing a clean way to integrate design content from code, while doing so as fast as possible.

Download the latest version, then read the documentation. If youre into antiques, you can always browse the archives, but theres no reason to use an old version.

To install PWO, first decompress the tarball you downloaded.
$ gunzip pwo-0.XX.tar.gz
$ tar xvf pwo-0.XX.tar

Then, copy the pwo.py module into some location in your PYTHONPATH. The proper location is usually /usr/local/lib/python2.x/site-packages/
$ cp pwo-0.XX/pwo.py /usr/local/lib/python2.2/site-packages/

PWO should now be ready to use.

To configure a directory to make PWO pages, you first need to make sure that the directory is visible on the web. Ask your friendly Apache sysadmin if you dont know what this means. In this document, the path youll be keeping your .pwo files in is called /path/to/pwodir/, and its corresponding URL is http://yourserver/url/to/pwodir/.
Let Apache and mod_python know that the pwo.py will be handling requests to .pwo files in that directory. Do this by adding a few lines to our entry in your httpd.conf file.


AddHandler python-program .pwo
PythonHandler pwo
PythonDebug On



The PythonDebug directive is optional, but you will most likely want it enabled while you are developing. It will make exceptions print tracebacks to the browser in plain-text format. For security reasons, you should comment it out on production systems.
Now a file /path/to/pwodir/some_file.pwo will generate its page at http://yourserver/url/to/pwodir/some_file.pwo. Try copying a simple one of the included samples, like hello.pwo, to this directory to test your installation.
If youve never used PWO before, learn the syntax, and/or check out some sample pages.

Falling Up its another tetris clone. No, Im not trying to make any money off of it or claim it as particularly unique. It is fun. Try it. Its evil. Im told that frequently.
People have even praised it. I wrote it as a precursor to other games, a way to learn new technologies (GLUT, OpenGL, OpenAL, NSIS, ...), and to brush up on old ones (c, for that matter).
The source code is essentially free to do with as you please, if you like. If you "steal" most of it, Id prefer you give credit back to here, but really... whatever. I learned from lots of places and anything I can do to pay that back is cool.
The game is... tetris. You have the same old blocks, and they fall down. You use left and right to move blocks left and right, up to rotate, down to move down a line, and spacebar to drop.
Theres a next item (optional), sound (optional), and... stuff like that. Please, just download it and play it already! Geeze! Youd think I was just rambling...
Enhancements:
- The score file was adding 1 to the "level" the score was attained at every time a new high score was made, give or take; that is fixed.
- I added a background image (doesnt work with trails, may slow down on slower systems), and made F4 quit out of playing the game.

Net::DBus::Tutorial::ExportingObjects is a Perl module that contains tutorials on providing a DBus service.

This document provides a tutorial on providing a DBus service using the Perl Net::DBus application bindings. This examples in this document will be based on the code from the Music::Player distribution, which is a simple DBus service providing a music track player.

CREATING AN OBJECT

The first step in creating an object is to create a new package which inherits from Net::DBus::Object. The Music::Player::Manager object provides an API for managing the collection of music player backends for different track types. To start with, lets create the skeleton of the package & its constructor. The constructor of the super type, Net::DBus::Object expects to be given to parameters, a handle to the Net::DBus::Service owning the object, and a path under which the object shall be exported. Since the manager class is intended to be a singleton object, we can hard code the path to it within the constructor:

package Music::Player::Manager;

use base qw(Net::DBus);

sub new {
my $class = shift;
my $service = shift;
my $self = $class->SUPER::new($service, "/music/player/manager");

bless $self, $class;

return $self;
}

1;

Now, as mentioned, the manager with handle a number of different player backends. So we need to provide methods for registering new backends, and querying for backends capable of playing a particular file type. So modifying the above code we add a hash table in the constructor, to store the backends:

sub new {
my $class = shift;
my $service = shift;
my $self = $class->SUPER::new($service, "/music/player/manager");

$self->{backends} = {};

bless $self, $class;

return $self;
}

And now a method to register a new backend. This takes a Perl module name and uses it to instantiate a backend. Since the backends are also going to be DBus objects, we need to pass in a reference to the service we are attached to, along with a path under which to register the backend.

We use the get_service method to retreieve a reference to the service the manager is attached to, and attach the player backend to this same service: When a method on DBus object is invoked, the first parameter is the object reference ($self), and the remainder are the parameters provided to the method call. Thus writing a method implementation on a DBUs is really no different to normal object oriented Perl (cf perltoot):

sub register_backend {
my $self = shift;
my $name = shift;
my $module = shift;

eval "use $module";
if ($@) {
die "cannot load backend $module: $@" ;
}

$self->{backends} = $module->new($self->get_service,
"/music/player/backend/$name");
}

Looking at this one might wonder what happens if the die method is triggered. In such a scenario, rather than terminating the service process, the error will be caught and propagated back to the remote caller to deal with.

The player backends provide a method get_track_types which returns an array reference of the music track types they support. We can use this method to provide an API to allow easy retrieval of a backend for a particular track type. This method will return a path with which the backend object can be accessed

sub find_backend {
my $self = shift;
my $extension = shift;

foreach my $name (keys %{$self->{backends}}) {
my $backend = $self->{backends}->{$name};
foreach my $type (@{$backend->get_track_types}) {
if ($type eq $extension) {
return $backend->get_object_path;
}
}
}

die "no backend for type $extension";
}

Lets take a quick moment to consider how this method would be used to play a music track. If youve not already done so, refresh your memory from Net::DBus::Tutorial::UsingObjects. Now, we have an MP3 file which we wish to play, so we search for the path to a backend, then retrieve the object for it, and play the track:

...get the music player service...
# Ask for a path to a player for mp3 files
my $path = $service->find_backend("mp3");
# $path now contains /music/player/backend/mpg123
# and we can get the backend object
my $backend = $service->get_object($path);
# and finally play the track
$backend->play("/vol/music/beck/guero/09-scarecrow.mp3");