Free cli version software for linux

poweriso is the free, Linux CLI version of PowerISO.

This is a free utility for linux which can extract, list, and convert image files (including ISO, BIN, DAA, and other formats).

Usage: poweriso [parameters] [-switches]

Commands

list

List files and directories in image file.

Example: List all files and directories in root direcory of /home/sam/test.iso .
Command: poweriso list /home/sam/test.iso / -r

extract

Extract files/directories from image file.

Example: Extract all files and directories in root direcory of /home/sam/test.iso to /home/sam/test recursively.
Command: poweriso extract /home/sam/test.iso / -od /home/sam/test

convert

Convert image file to other format.

Example: Convert /home/sam/test.daa to standard iso file
Command: poweriso convert /home/sam/test.daa -o /home/sam/test.iso -ot iso

Switches

-r List or extract recursively.
-o Specify output image file name.
-od Specify output folder.
-ot Specify output image file type. If not specified,
the image type will be determined by file name suffix.
-volsize Split output image file to multiple volumes, and set volume
size to . Example: -volsize 100M
-setpassword Set password for output image file.
Example: -setpassword 12345678

JewelCLI provides an API to parse command line arguments. JewelCLI uses Java annotations to present a very simple but powerful interface. Options are defined using an annotated Java interface definition.

This allow a declarative style which can be much clearer than the procedural style used by some other Java CLI libraries.

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.

PTkSdict is a dictionary using Sdict dictionary format. Unlike ptkdic or gtkdic, MySQL isnt needed; you can work with dictionary files directly.
libsdict uses Unicode, meaning that words and articles all are in UTF-8. There are two index levels, compression, and tools to convert from text files to .dct and vice versa.
Main features:
- Cross-platform, works under UNIX, Win32 and Symbian OS
- Open Source, binary .dct format is also open and described in documentation
- Unicode, all words and articles are stored in UTF-8
- Two index levels: short and full
- Compression for dictionary articles
- Tools to convert from text file to .dct and vice versa under both Win32 and UNIX
- Simple Web Dictionary which is included into package
- C library framework with simple CLI, Win32 binaries are available
- Perl API (Sdict.pm module)
- Simple, but powerful Jotter and Data applications
- Compiler which helps you to create own dictionaries
Enhancements:
- Fixes for some dictionary types.
- Version information was added to the DLL.
- Include files were reorganized.
- There are new library functions.

PiSi is a modern package manager for UNIX systems. It has been designed to meet the requirements of the Pardus Linux distribution, and it is not derived from any other package manager.
It is efficient and small. Package sources are written in XML and Python. Fast database access is implemented with Berkeley DB.
PiSi package management integrates both low-level and high-level package operations. Sources can be maintained easily through a version control system as original sources do not have to be copied.
It uses a framework approach to build applications and tools upon. It has both a comprehensive CLI and a user-friendly Qt-based GUI.
Main features:
- Implemented in python.
- All specification and intermediate data is in an XML format.
- Fast database access implemented with berkeley DB.
- Integrates both low-level and high-level package operations.
- Efficient and small
- Framework approach to build applications and tools upon
- Comprehensive CLI and a user-friendly qt-based GUI
- Extremely simple package construction

Wcalc is a very capable calculator. Wcalc has standard functions (sin, asin, and sinh for example), many pre-defined constants (pi, e, c, etc.), support for using variables, a command history, hex/octal/binary input and output, unit conversions, bit-shifting, embedded comments, and an expandable expression entry field. It evaluates expressions using the standard order of operations.
Wcalc is a very capable calculator. It supports abitrary precision, has standard functions (sin, asin, and sinh for example, in either radians or degrees), many pre-defined constants (pi, e, c, etc.), support for using variables, "active" variables, a command history, hex/octal/binary input and output, unit conversions, embedded comments, and an expandable expression entry field. It evaluates expressions using the standard order of operations.
Wcalc uses intuitive expressions. For example, Wcalc will evaluate: 5sin 4!-7*2(4%6)^2 to be -221.96631678
Wcalc also comes in a command-line version that works on most (if not all) forms of Unix (including Linux and BSD). To support arbitrary precision, Wcalc relies on the GMP and MPFR libraries.
In the MacOSX release, these are compiled-in, so you shouldnt have to install them yourself. NOTE: GMP comes with a broken version of MPFR (I really wish they wouldnt do that). You have to install a real version of MPFR for Wcalc to work.
Enhancements:
- This has plenty of bugfixes and a couple nifty new features. In the GUI realm, Wcalc now also serves as a System Service, and so adds a "Wcalc Compute" entry to the Services menu of other applications.
- In the CLI realm, Wcalcs error reporting is now more friendly, and will tell you exactly where in the line the error occurred.
- Also, Wcalc now uses tab-completion in the CLI, and can tab-complete just about anything (variables, conversion units, commands, functions, etc.).

cl-wav-synth project is a wav sample editor. The wav sample editor is driven from the lisp REPL: you can watch immediately the result of each applied functions. cl-wav-synth comes with some effects as echo, delay, pitch...
The spectrum editor is here just for educational purpose. It show the effect of adding sinus together. But it can load spectrum from the sharc project and can be used to produce instruments sounds (the sample amplitude need to be modified to have a real sound).
The song editor is a way to express a song. A song is just a list of events to write on a wav file. cl-wav-synth traverses the song list and evaluates the form of each song-sample, if the result is a wav sample, it is merged in the song wav file.
Installation:
To run the CLIM CLI interface of cl-wav-synth, you need a lisp implementation* with asdf, McCLIM and the CLIM Listener built in. Then you can load the file load.lisp or edit it for tweaking.
Tested with CMUCL (GNU/Linux x86, MacOS X), SBCL (GNU/Linux x86 and PPC, MacOS X) and CLISP (GNU/Linux x86 and PPC, MacOS X and MS-Windows)
Enhancements:
- cl-wav-synth uses the mikmod library as its default player.
- A song recorder has been added.
- It allows you to bind keys to samples and to record a song played with the keyboard in real time.
- The recorded song can be edited by hand.