Free different types of advertising software for linux

Tux Typing is an educational typing tutor for children. Tux Typing features several different types of gameplay, at a variety of difficulty levels.

Tuxtyping 2 is almost a complete rewrite! It has something for everyone no matter who or where you are! If youre a gamer it even comes with two built in easter eggs! A large amount of time was spent with four goals in mind, make the game code clean, make it easy to translate, make it more fun to play and make it a better tool for those who have the more serious side of typing in mind. Tuxtyping 2 runs better and more consistently on a larger range of machines.

Developers
Tuxtyping 2 has a brand new file structure. The code itself has undergone deep surgery. Its faster, cleaner and easier to understand!

Teachers
Teachers will find the new Tuxtyping to be a more moldable tool they can use in there classrooms. It is easier now (and will become even easier) to group the types of exercises, words and characters into a lesson! We need alot of help here, ideas for the lessons/tutorials seem to be few and far between. (tho Jess does have some good ones!) Wed still like more.

Parents
Your kids will play for more than minutes now and learning all the time! Tuxtyping has lots of new toys to play with for them! (But dont let me catch you playing after the kids go to bed!)

Kids
New game! Comet Zap! Tux is challenged with the task of protecting 9 cities! More challenging game play in all the games! Based on Tux of Math Command another Tux4Kids game.

French Danish Armenian! (hey we do them all!)
Tuxtyping is much less tedious to translate now since most on screen graphical text is generated from text files. Text in the game can be translated by editing one file. A Theming How-To is available at our internationalization center.

Java Lemonade Stand is a lemonade stand game. To play the game, click on the link below.

You are the sole proprietor of a lemonade stand in your front yard. Your parents were kind enough to knock together a booth and provide some initial capital and supplies.

You have three months to make as much money as possible. Placing money in the bank is a good idea. You earn interest.

The left side of the display contains four tabs (Prepare for Sale, Finances, Inventory, and Advertising) for managing your advertising and assets. The left side displays sales results and weather forecasts. Check the weather forecast then decide how much advertising to purchase, how many cups to make, and how much to charge. Press the Sell Lemonade button to see how you fared.

Prepare for Sale

Here you decide what quality of lemonade mix to use (Generic, Name Brand, or Premium), how many cups of lemonade to prepare, and how much to charge for each cup. Using a higher quality of lemonade will positively impact the price customers will pay and the number of cups they will purchase.

Finances

Your money is divided into working cash and a savings account. Purchases for supplies and advertising are deducted from your working cash. Profits from your lemonade sales will be added to your working cash. You can transfer money between your working cash and savings account. You will receive interest on your savings account at the end of each month. The interest is based on your average daily balance.

Inventory

Your inventory consists of lemonade mix and cups. Buying in larger quantities is more cost-effective. You can only make and sell as much lemonade as you have mix and cups. Lemonade mix comes in different levels of quality: Generic, Name Brand, and Premium. Higher quality lemonade costs more.

Advertising

Advertising helps to bring more customers to your stand. Notice that some types of advertising last multiple days while others only last for a day. Homemade signs last a variable period of time.

Weather

Weather has a significant impact on the number of customers that come to your stand and the amount that they will pay for your lemonade. You will receive a forecast for the next days weather each day. This forecast is somewhat accurate but not 100% reliable. The eight types of weather are listed below.

Sunny and Scorching: Ideal conditions.
Sunny and Hot
Sunny and Warm
Sunny
Party Sunny
Overcast
Rain
Thunderstorms: Worst conditions.

Sales Results

Here you will see the weather for the day, the number of customers who visited your stand, the number of cups you sold, and your gross and net profit. You will also learn about any random events that might impact your business.

Data::Report provides a framework for flexible reporting.

Data::Report is a flexible, plugin-driven reporting framework. It makes it easy to define reports that can be produced in text, HTML and CSV. Textual ornaments like extra empty lines, dashed lines, and cell lines can be added in a way similar to HTML style sheets.

The Data::Report framework consists of three parts:
The plugins

Plugins implement a specific type of report. Standard plugins provided are Data::Report::Plugin::Text for textual reports, Data::Report::Plugin::Html for HTML reports, and Data::Report::Plugin::Csv for CSV (comma-separated) files.
Users can, and are encouraged, to develop their own plugins to handle different styles and types of reports.

The base class
The base class Data::Report::Base implements the functionality common to all reporters, plus a number of utility functions the plugins can use.

The factory
The actual Data::Report module is a factory that creates a reporter for a given report type by selecting the appropriate plugin and returning an instance thereof.

MpegMover is an application that enables the format conversion and FTP transfer of digital audio files from remote sources. Tagged audio access is a group of methods for accessing audio devices and files in a network- neutral way. A sound source might be a local WAV file, or a Mic port on a network server. Data flows can be uni-, bi-, or multi-directional, allowing remote I/O, local storage while broadcasting, and multiple versions for different media types.

Future options that will be added in next versions:
toolame should not be installed into a version number dir... probably to a symlink dir instead
toolame should autodetect wave file type
toolame needs clean up wave file handling to work with non-cannonical wave files
maybe create an autoconf script to automatically install this package
autodetect file types so seperate directories are not needed
sterilization of file names to meet BE conventions
priority levels on emails, so only error emails are sent

Libconfig is a configuration file processing library that saves you from having to write your own configuration parsers and routines.
This project supports callback functions, automatic variable assignment, and many different configuration file types such as Apache-like, Windows INI-like, and whitespace separated.
Configuration is processed in a logical manner: global configuration files, local configuration files, environment variables, and finally command line options.
Enhancements:
- This release adds functions to set a user-specified error string from callback handlers.
- It exposes functions to convert from a string to a specified type.
- The documentation has been slightly cleaned up.

IOLib-Filters is a filter package for IOLib. IOLib-Filters is mainly an example of how to write filters for IOLib.

IOLib is a portable universal data IO library. Implementations exist in C, C++ and Objective C and for many different platforms (including Linux, Win32, MacOS X and .NET).

IOLib provides a unified interface for accessing different types of data streams. It currently supports file IO, BSD sockets, memory buffers and SOCKS4/5 connections and can be extended with drivers easily.

It has support for different binary formats (Intel, Motorola, PDP) and it supports filters. You can write your own filters (e.g. for encryption or compression) and use them with IOLib.

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");