Free run time software for linux

run adds a service menu for all file types. This service menu will just call the file in the command line using the active folder as work folder.

Makes running some scripts and applications much easier (Some require work folder to be the same where they are located so double-clicking does not work).

Maybe a good fix would be to make it available only for files that have the executable permission

IPC::Run::Simple is a simple system() wrapper.

SYNOPSIS

# Run a command and check whether it failed
use IPC::Run::Simple;
run("echo Hello, O Cruel World")
or die "Command failed";

# Describe the failure
use IPC::Run::Simple qw($ERR);
run("echo Hello, O Cruel World")
or die "Command failed: $ERR";

# Use the :all tag instead of explicitly requesting $ERR
use IPC::Run::Simple qw(:all);
run("echo Hello, O Cruel World")
or die "Command failed: $ERR";

# Die with error message if command does not return 0
use IPC::Run::Simple qw(:Fatal);
run("echo Hello, O Cruel World");

# Allow other exit values without dying
use IPC::Run::Simple qw(:Fatal);
run(command => [ "echo", "Hello, O Cruel World!" ],
allowed => [ 1, 2, 5 ]);

This module is intended to be a very simple, straightforward wrapper around the system() call to make it behave more like other builtins.

run() will return a true value if the command was executed and return a successful status code, and false otherwise. The reason for the failure will be stored in the $IPC::Run::Simple::ERR variable (which is just $ERR if you import either $ERR or :all). The description of the reason was pulled almost directly from the system() documentation.
Optionally, you can import the :Fatal tag, which will cause run() to die() with an appropriate message if the command fails for any reason.

If you wish to allow nonzero exit values but still want to trap unexpected errors, you may use an expanded call syntax. Call run() with a set of key=>value pairs. The two implemented keys are command (an array reference containing the command to run) and allowed (an array reference of exit values that are allowed without causing run() to return false or throw an exception.)

Test-Run is an improved test harness for scripts that emit TAP (Test Anything Protocol). It was forked from Test::Harness, and it uses TAP::Parser.

The project is used to analyze the output of the scripts and present it to the user in a summarized form. Test-Run features separation of the test-running backend and the command line frontend, a "runprove" utility for running tests from the command line, a plugin-system, and colors for the summary line.

PHP Running Management or phpRunMan is a set of scripts for runners. Users can enter intermediate times of their training or race performance for calculating various statistics (distance, avg speed, time/km, projection on different distance, etc.). In PHP Running Management you can enter comments for the whole run or every intermediate segment so the data can be used as a logbook.

Every run (training or competition) is entered as a list of segments and times. You can specify the number of laps and the "offset" (manual correction) of the distance.

Several views are proposed:

- Year view: displays all the runs with their distance, time, average speed, etc.
- Detail view: shows the profile of a run by segment (time, speed, cumulated distance and other indicators).
- Month view: aggregates runs per month over the selected year, shows every months distance, time, average speed.

All the scripts are written in PHP (requires GD lib activated too) and the data is stored in MySQL database.

Xfce 4 Timer Plugin is a simple plugin that lets the user run an alarm at a specified time or at the end of a specified countdown period.

Usage:

The plugin is quite simple – it displays a progressbar showing the percentage of the time elapsed. Left-clicking on the plugin area opens a menu of available alarms. After selecting one, the user can start or stop the timer by selecting “start/stop timer” entry in the same menu.

New alarms are added through the preferences window. Each alarm is either a countdown or is run at a specified time. By default a simple dialog pops up at the end of the countdown. The user can choose an external command to be run as the alarm and may also choose to have this repeated a specified number of times with a given interval between repetitions.

DrScheme is an interactive, integrated, graphical programming environment for the Scheme, MzScheme, and MrEd programming languages. DrScheme runs under Windows (95 and up), Mac OS X, and Unix/X. Download DrScheme.

DrScheme provides source highlighting for syntax and run-time errors, support for multiple language levels, an algebraic stepper, objects, modules, a GUI library, TCP/IP, and much more. It includes an extensive, hyper-linked help system called Help Desk, available from the Help menu. The Tour of DrScheme describes many of these features in greater detail.

You can enhance DrScheme with many add-ons, including MrFlow, a static debugger, and MysterX, which adds COM support under Windows. See also Dynamic Libraries.

Installation

This is a self-installing shell script. You should run it by either running sh file.sh with the file as an argument, or run chmod +x file.sh on the file to make it executable and then run it.

The installer will verify its integrity, then ask you a few questions about the place you want to install the PLT tree at. Optionally, it can create some links in standard directories like links in the systems lib and the man directories.

Note: These binaries were compiled on a recent Linux configuration (Fedora Core). If you get some libc-related errors then you should try the Linux/GCC2 distribution that was compiled on an older configuration. (Or other builds, depending onavailability.)

MikMod Utilities is collection of command line tools for manipulating the module sound files that are typically produced by Soundtracker, Protracker and other tools.

MikMod Utilities contains the following tools:

mmuinfo
gives information about module

mmuplay
plays modules

mmuplaysmp
plays samples from modules

mmurender
converts modules to other audio formats

mmurip
extracts samples from module

mmutotal
computes total modules time

All tools has support for the automatic modules decompression from bzip, gzip and pkzip archives, but this can be configured at compile-time and can be controlled at run-time.

Also all tools, except mmutotal, can load modules from standard input.