Free full screen mode software for linux

Amarok Full Screen provides a full screen front end for Amarok.

The look can be changed by custom THEMES.

Show Screen Captures is an extension which enables displaying screen captures of external links on a web page.

Displays screen captures of external links on a web page. Screen shots provided by openthumbshots.org.

A screenshot, screen capture, or screen dump is an image taken by the computer to record the visible items on the monitor or another visual output device. Usually this is a digital image taken by the host operating system or software running on the computer device, but it can also be a capture made by a camera or a device intercepting the video output of the computer.

Screenshots, screen dumps, or screen captures can be used to demonstrate a program, a particular problem a user might be having or generally when computer output needs to be shown to others or archived.

Xtra Screen Hacks is a collection of graphics display modes that are meant to be run with a daemon such as XScreenSaver.

"Daisy" draws spinning flowers, and "Twinkle" draws a twinkling star field.

Compilation of Xtra Screen Hacks depends only on xlib.

Installation:

The configure script is not up and running yet, so the Makefiles and config.h are hacked versions of the ones xscreensavers configure script generated on the authors machine. If your system differs from the authors (i686 Debian GNU/Linux) then the build will probably not work for you, unless you hack the Makefiles and possibly config.h to modify the variables and defines.

If the Makefiles and config.h are ok, then simply run

$ make

to generate the binaries. They will be in the hacks directory.
If you have a copy of XScreensaver installed from the tarball, run

$ make install

If not, you will need to copy the files to their target directories by hand. Search for deluxe, deluxe.xml, and deluxe.1 (or deluxe.man, deluxe.6x.gz, etc) using locate, find, or whereis to figure out where they should go. The binaries and xml files must be in the correct directories
to work properly with xscreensaver-demo.

You will need to add entries to your .xscreensaver file by hand. Open $HOME/.xscreensaver in your favorite text editor and paste the following two lines into the "programs" section:

--snip----------------
- daisy -root n
- twinkle -root n
--snip----------------

Then run xscreensaver-demo to activate and configure the hacks.

If you dont have XScreensaver at all, just enjoy the hacks in an X window.

If make install worked for you, type

$ make uninstall

when you no longer want the new screen hacks.

RefDB integrates nicely into Emacs. Combined with editing modes for SGML, XML, and RIS documents, youll get an integrated authoring environment with direct access to your bibliographic data.
"Cite-while-you-write", document transformation, and previewing is just a few mouseclicks away for DocBook SGML and XML as well as for TEI XML documents. Emacs support is not included in the RefDB sources, but available separately.
If your editor of choice should be Emacs or XEmacs, the RIS major mode (ris.el) will make editing RIS datasets a little bit more comfortable. Font-locking will help you to spot syntax errors. Especially the end tag (ER - ) is prone to lack the trailing space if youre not careful.
The ris-mode displays valid tags in blue, except the special type (TY - ) and end (ER - ) tags which are shown in red. The tag contents are colored according to several criteria. If the contents of a field is limited in length, the color will extend only up to that limit. Author/editor, publication date, and reprint fields are checked for a valid content. ris-mode also provides the following commands:
- insert-set (C-c-C-s): inserts a new skeleton dataset (a "reference"). The function will prompt you to enter the publication type. You can use either the auto-completion feature of the minibuffer to enter a valid type or the history feature to select a previously entered type. The function will create a newline, a type tag with the type you selected, default sets of tags for a selected range of types, as well as an end tag.
- insert-tag ( C-c-C-t): insert a new tag. Use either the auto-completion feature of the minibuffer to enter a valid tag or the history feature to select a previously entered tag.
duplicate-tag (M-RET): insert a new line below the current line with the same tag as the current line. This command is convenient if you add multiple keywords or authors, each of which have to go on separate tag lines.
- backward-set (C-x[) and forward-set (C-x]): move between RIS datasets.
- narrow-to-set (C-xns) and widen (C-xnw): narrow the buffer to the current RIS set and widen to the full buffer contents.
The mode currently does not check the length of author entries, nor does it handle continued lines in any way. It does not attempt to check whether a reference is complete (e.g. it wont notify you if there is no author)
Enhancements:
- Support for Muse documents was added.

Term::ANSIScreen is a Perl module for terminal control using ANSI escape sequences.

SYNOPSIS

# qw/:color/ is exported by default, i.e. color() & colored()

use Term::ANSIScreen qw/:color :cursor :screen :keyboard/;

print setmode(1), setkey(a,b);
print "40x25 mode now, with a mapped to b.";
; resetkey; setmode 3; cls;

locate 1, 1; print "@ This is (1,1)", savepos;
print locate(24,60), "@ This is (24,60)"; loadpos;
print down(2), clline, "@ This is (3,15)n";

setscroll 1, 20;

color black on white; clline;
print "This line is black on white.n";
print color reset; print "This text is normal.n";

print colored ("This text is bold blue.n", bold blue);
print "This text is normal.n";
print colored [bold blue], "This text is bold blue.n";
print "This text is normal.n";

use Term::ANSIScreen qw/:constants/; # constants mode
print BLUE ON GREEN . "Blue on green.n";

$Term::ANSIScreen::AUTORESET = 1;
print BOLD GREEN . ON_BLUE "Bold green on blue.", CLEAR;
print "nThis text is normal.n";

# Win32::Console emulation mode
# this returns a Win32::Console object on a Win32 platform
my $console = Term::ANSIScreen->new;
$console->Cls; # also works on non-Win32 platform

Term::ANSIScreen is a superset of Term::ANSIColor (as of version 1.04 of that module). In addition to color-sequence generating subroutines exported by :color and :constants, this module also features :cursor for cursor positioning, :screen for screen control, as well as :keyboard for key mapping.

NOTES

All subroutines in Term::ANSIScreen will print its return value if called under a void context.

The cursor position, current color, screen mode and keyboard mappings affected by Term::ANSIScreen will last after the program terminates. You might want to reset them before the end of your program.

XML::Filter::Mode Perl module can filter out all chunks not in the current mode.

SYNOPSIS

use XML::Filter::Mode;
use strict;

my $filter = XML::Filter::Mode->new( Modes => "a,b,c" );
my $filter = XML::Filter::Mode->new( Modes => [qw( a b c )] );

## To inspect the modes:
my @modes = $filter->modes;

## To change the modes:
$h->modes( qw( d e ) );

Filters portions of documents based on a mode= attribute.

I use this to have XML documents that can be read in several modes, for instance "test", "demo" and normal (ie not test or demo), or "C", "Bytecraft_C", "Perl".

Mode names must contain only alphanumerics and "_" (ie match Perls w regexp assertion).

The filter is given a comma separated list of modes. Each element in the XML document may have a mode="" attribute that gives a mode expression. If there is no mode attribute or it is empty or the mode expression matches the list of modes, then the element is accepted. Otherwise it and all of its children are cut from the document.

The mode expression is a boolean expression using the operators & (which unfortunately must be escaped as "&"), |, , to build mode matching expressions from a list Parentheses may be used to group operations. of words. , and are synonyms.
! may be used as a prefix negation operator, so !a means "unless mode a".

Examples:

Modes mode="..." Action
Enabled Value
===== ========== ======
(none) "" pass

a "" pass
a "a" pass
a "a" pass
a,b "a" pass
a "a,b" pass
b "a,b" pass
a,b "a,b" pass
b "!a,b" pass
a,b "a b" pass

(none) "b" cut
a "b" cut
a "a&b" cut
b "a&b" cut
a "!a,b" cut
a "!a" cut

Kernel Mode Linux project is a technology which enables us to execute user programs in kernel mode. In Kernel Mode Linux, user programs can be executed as user processes that have the privilege level of kernel mode.
The benefit of executing user programs in kernel mode is that the user programs can access a kernel address space directly. So, for example, user programs can invoke system calls very fast because it is unnecessary to switch between a kernel mode and a user mode by using costly software interruptions or context switches.
Unlike kernel modules, user programs are executed as ordinary processes (except for their privilege level), so scheduling and paging are performed as usual.
Although it seems dangerous to let user programs access a kernel directly, safety of the kernel can be ensured, for example, by static type checking, software fault isolation, and so forth.
For proof of concept, we are developing a system which is based on the combination of Kernel Mode Linux and Typed Assembly Language, TAL. (TAL can ensure safety of programs through its type checking and the type checking can be done at machine binary level.
Version restrictions:
- User processes executed in kernel mode should obey the following limitations. Otherwise, your system will be in an undefined state. In the worst-case scenario, your system will crash.
- On IA-32, programs executed in kernel mode shouldnt modify their CS, DS, FS and SS registers.
- On AMD64, programs executed in kernel mode shouldnt modify their CS register.
- In addition, on AMD64, IA-32 binaries cannot be executed in kernel mode.
Enhancements:
- This release has been merged with the 2.6.19 Linux kernel.