Free interpreted software for linux

Tie::Formatted is a Perl module embed sprintf() formatting in regular print().

SYNOPSIS

use Tie::Formatted;
print "The value is $format{$number, "%3d"} ",
"(or $format{$number, "%04x"} in hex)n";

print "some numbers: $format{ 12, 492, 1, 8753, "%04d"}n";

This module creates a global read-only hash, %format, for formatting data items with standard sprintf format specifications. Since its a hash, you can interpolate it into strings as well as use it standalone.

The hash should be "accessed" with two or more "keys". The last key is interpreted as a sprintf format for each data item specified in the preceeding arguments. This allows you to format multiple items at once using the same format for each.

Alternate name

If you prefer, you can specify a different name for the magical formatting hash by supplying it as as argument when useing the module:

use Tie::Formatted qw(z);

This makes %z the magic hash instead.

print "This is hex: $z{255, "%04x"}n";

Tie::Formatted currently supports only one format in the final argument; this may change if there is demand for it.

Datareel project is a comprehensive development kit used to build multi-threaded database and communication applications.

C++ is a programming language that produces fast executing compiled programs and offers very powerful programming capabilities.

Unlike interpreted languages such as JAVA and PERL the C++ language by itself does not contain built-in programming interfaces for database, communications, and multi-threaded programming.

By using DataReel you can extend the power of the C++ programming language by using high-level programming interfaces for database, communications, and multi-threaded programming.

The DataReel development package was produced by independent work and contract work released to the public through non-exclusive license agreements.

The initial work began independently in 1997 and was augmented from 1999 to 2004 by code produced under contract to support various applications.

Several developers throughout the World have made contributions to enhance the DataReel code and promote its stability.

In 2005 the DataReel code library underwent intense analysis to produce a bulletproof code base suitable for use in complex commercial applications.

Cuiterm is a CUI (Composite User Interface) terminal.
CUI (Composite User Interface) is a compound type of user interface which incorporates the features of the GUI (Graphical User Interface) and the CLI (Command Line Interface) by realizing both interface in one area at the same time.
It is absolutely substantial that the CUI contains GUI elements and control language in the same area of the screen at the same time, so the incorporation is complete. CUI is not an optional, alternatively selectable combination of the two communication method but a truly new approach.
An other relevant feature of the CUI method is that it uses generated commands. When the user activated some GUI part of the user interface an automatically generated command appears to complete the task so the user can observ how the CLI part of the user interface can be used.
The cuiterm is a pilot application for the CUI methodology made to demonstrate the power of the composite user interfaces. As terminals are usually used with some shell to start simple UNIX utility programs, the Cui library can be considered as a composite user interface for the shell and some UNIX utilities. The following screenshot shows the starting screen of the cuiterm.
How to use it?
To test the composite user interface first you have to download the cuiterm and and install it. After the installation is complete the program can be started with the cuiterm command.
When the terminal emulator started it can be used the usual way by typing commands into it. Some programs and some complex commands are interpreted by the terminal and colorized (see the list below). For these commands the screen should have active areas usable with the left mouse button by double clicking on them. The output of some programs have floating menus with context sensitive functions. The menus can be accessed by the right mouse button. Some parts of the screen can be used to fire up a text entry field by holding down the left mouse button.
The following list contains some interpreted and processed commands that are worth trying.
ls -l and some variants of it
df
who
w
ps aux
stat
finger
cat /etc/fstab
Enhancements:
- This version contains new features, including an automatic GUI generator which creates dialog boxes from manual pages, a working progress bar, enhanced size bars, and some new command parsers.
- The drag and drop, the speed of the terminal, and the existing parsers were also enhanced.

GTK-server enables access for shellscripts & interpreted programming languages to apps using either GTK 1.x or 2.x.

GTK-server project is a standalone binary, which is able to communicate by a 2-way pipe or by a TCP/UDP port. The script invokes this binary, sets up a pipe or a TCP/UDP connection and prints the GTK call in plain text to the pipe or socket. The GTK-server then sends information back which can be used in the program or script.

Below a summary of advantages when using the GTK-server:

- No need to learn C or C++, you can stick to your favorite programming language
- No need to hack the source of existing programming languages to realize GUI programming
- High flexibility in creating GUIs, e.g. not limited to dialogs
- Full GTK API available, the user can extend the gtk-server.cfg file by himself
- Access to both GTK 1.x and GTK 2.x
- Convenient GTK test tool, easy to learn GTK programming.

airLCD application provides an interface between the Amarok music player, a remote control and an alpha-numeric LCD display. Commands sent from your remote control are interpreted by airLCD and turned into commands for Amarok.

Status changes in Amarok (new song information, playing status) are shown on the LCD display. airLCD also allows the user to browse through their collection database and select music to play.

The LCD display is completely user customisable, allowing all screen sizes to be used, and only the information the user wants displayed shown.

Biferno is a new generation, Cross Platform Web Scripting Language that allows developers the rapid implementation of dynamic Web applications and of Web sites that offer a high degree of user interactivity.
Biferno project is a Web server add-on module that allows dynamic generation of HTML pages. The result of the processing of the Biferno code by the server determines the page content. A Biferno script is therefore a server-side script, i.e. the Web server is tasked with code processing.
Biferno is currently implemented as an interpreted language. Biferno is also a "HTML-embedded" language. Scripts can be written in pure Biferno language, but can also contain HTML code segments between Biferno code blocks.
The Biferno code is always delimited by special tags that allow separation from the rest of the code (HTML or whatever).
Main features:
- 64-bit linux and ipv6
- Apache 2.2 module
- New class StackItem (to control variables)
- MacOSX Cocoa Pref. Panel
- Multiple email notifies on error
- Better formatted log files
- New customizable error page
Enhancements:
- Enhancements in this version include 64-bit Linux and IPv6 compatibility, an Apache 2.2 module, a new class to obtain a stack description (StackItem), a Mac OS X Cocoa System Preference panel, a new customizable debug error page, multiple email notifications on error, and better formatted log files.
- A forum was added to the Tabasoft Web site.

Kanaputs is an interpreter for Java. With Kanaputs you can use Java as an interpreted language: no more compilation, each instruction is executed when you write it.

It is a small programmation language to make script files above Java.

If you know Java and you dont want to learn a new script language like PERL, KSH, CSH, but you need powerful scripting features like TCL/TK then Kanaputs fits your needs. Moreover, Kanaputs is made to be integrated to your Java code, so each time you need something complex to do, you can make the algorithm in Java and call it from Kanaputs.