Free full screen caller software for linux

GTKRawGallery software is an open source image viewer with camera raw files support written in Python and pygtk for Linux O.S.
Why should you try it? Because it has all you need from an image viewer: its very fast (tested with over than 10 Mb files) and light (less than 1900 code lines with a clean syntax for simple maintenance); finally, thanks to raw support, its the definitive solution to manage your photos!
Main features:
- Most known image formats supported;
- Camera raw files support (with DcRaw);
- 16 bit for channel color depth images recognized;
- Exif support (with exif.py);
- Detail and thumbnail view for images;
- Thumbnails zooming;
- Full-screen view;
- Zooming and rotation;
- Slideshow;
- Album manager;
- User friendly graphic interface compatible with several screen resolutions (minimum 800x600)

Ion is a tiling (no overlapping windows) window manager which also has PWM-style tabbed frames which can contain multiple client windows.
These features help to keep windows organized and to switch quickly between them. Ion was designed primarily as an efficient and unobtrusive window manager for users who prefer the keyboard
Main features:
- Tiling workspaces with tabbed frames, as discussed above.
- Designed to be primarily used from the keyboard.
- Fully documented configuration and scripting interface on top of the lightweight Lua extension language.
- Modular design. The main binary implements only basic window manager functionality. Actual window management policies are implemented by dynamically loaded workspace and other modules.
- The query module implements a line editor similar to mini buffers in many text editors. It is used to implement many different queries with tab-completion support: show manual page, run program, open SSH session, view file, goto named client window or workspace, etc.
- To run those few particularly badly behaving programs, Ion also supports conventional workspaces of the PWM flavour through the floatws module. This module is also used to implement PWM2 on top of the Ion core library.
- Other modules include the drawing engine, dock module for Window Maker dockapp support, menu module and, of course, the tiled workspaces module.
- Full screen client windows are seen as workspaces on their own. It is possible to switch to a normal workspace while keeping several client windows in full screen state and also switch clients that do not themselves support full screen mode to this state.
Ion is not perfect and certainly not for everyone, but neither is any user interface. To ultimately solve usability problems to the extent possible with current technologies, applications should be written independent of their user interfaces and the UIs should be built according to the users preferences based on a high-level semantic description of commands provided by the application.
Ion is, however, improving all the time and if you take the time to get used to it, you should hardly ever have to touch the mouse again to move between windows. Just remember that not all programs will play nicely with Ion because of presumptions about the window management model and even incompliance to the ICCCM. Terminal programs should work better than ever before, at least.
Enhancements:
- This third "rc" release again simply fixes some minor problems in the previous release.

Log::Log4perl::Layout::PatternLayout Perl module contains a pattern layout.

SYNOPSIS

use Log::Log4perl::Layout::PatternLayout;

my $layout = Log::Log4perl::Layout::PatternLayout->new(
"%d (%F:%L)> %m");

Creates a pattern layout according to http://jakarta.apache.org/log4j/docs/api/org/apache/log4j/PatternLayout.html and a couple of Log::Log4perl-specific extensions.

The new() method creates a new PatternLayout, specifying its log format. The format string can contain a number of placeholders which will be replaced by the logging engine when its time to log the message:

%c Category of the logging event.
%C Fully qualified package (or class) name of the caller
%d Current date in yyyy/MM/dd hh:mm:ss format
%F File where the logging event occurred
%H Hostname (if Sys::Hostname is available)
%l Fully qualified name of the calling method followed by the
callers source the file name and line number between
parentheses.
%L Line number within the file where the log statement was issued
%m The message to be logged
%M Method or function where the logging request was issued
%n Newline (OS-independent)
%p Priority of the logging event
%P pid of the current process
%r Number of milliseconds elapsed from program start to logging
event
%T A stack trace of functions called
%x The topmost NDC (see below)
%X{key} The entry key of the MDC (see below)
%% A literal percent (%) sign

NDC and MDC are explained in "Nested Diagnostic Context (NDC)" in Log::Log4perl and "Mapped Diagnostic Context (MDC)" in Log::Log4perl.
The granularity of time values is milliseconds if Time::HiRes is available. If not, only full seconds are used.

5.56mm Full Metal Jacket is a Doom 3 multiplayer modification

5.56mm Full Metal Jacket takes place in a fictive Environment where you have a West and an East team. Accordingly to your team you will get the full weapon-arsenal available supported by your side.

There are 5 classes of weapons .... Pistols, Shotguns, Sub-Machineguns, Assault Rifles and Sniper Rifles. The target system will feature 2 modes ... Aiming with the cross-hair which gets less and less precise the further away you shoot or aiming through the weapons sights which influences the overall field of view but therefore is damn pretty precise.

The game features first- and thirdperson view though when in thirdperson the lack of a crosshair makes aiming more difficult. The levels will vary between huge outdoor scenarios and narrow office corridors.

Supported gametypes are: Capture the Flag, Team DeathMatch

Supported weapons so far are:

Pistols: RUGER MK 512, GLOCK 17
Shotguns: BENELLI M3, EICHLER
SMGs: MP5SD6, MAC10
Assault Rifles: XM177E2(AR15), AK-47
Sniper Rifles: AWM, M24

Devel::CallerItem is an Perl object representing a function call from the stack of function calls.

SYNOPSIS

Usage:

require Devel::CallerItem;

$call = Devel::CallerItem->from_depth($depth) || return;
$passed_arguments_ref = $call->argument_list_ref();
$callpack = $call->pack();
$callfile = $call->file();
$callline = $call->line();
$callsub = $call->subroutine();
$bool = $call->has_args();
$bool = $call->wants_array();
($arg_ref,@caller) = $call->as_array();
$call_string = $call->as_string($print_level);
$passed_arguments_string = $call->arguments_as_string();

$printable_arg = Devel::CallerItem->printable_arg($arg,$print_level);

Devel::CallerItem objects hold all the information about a specific function call on the stack. The information is basically that obtained from caller and @DB::args, packaged into an object. This comes with some useful methods to print the object in a nice way.

CLEX project is a file manager with a full-screen user interface written in C with the curses library.
It displays directory contents (including file status details) and provides features like command history, filename insertion, or name completion in order to help the user to construct commands to be executed by the shell (there are no built-in commands).
CLEX is easily configurable and all its features are explained in the on-line help.
Enhancements:
- This version corrects a bug.
- On some systems the filter in the file panel was counting selected files incorrectly.
- This data inconsistency could cause problems in other functions.