Free defaults software for linux

grub-choose-default is a simple but handy GUI to set the grub default for the next boot.

Control Grub Default through a GUI

Do you have a dual boot system? Isnt it annoying when you want to reboot from Linux into Windows or vice-versa, and you have to wait for the machine to shut down, BIOS to initialize just so that you can now select the OS that you want to boot into?

grub-choose-default gives you a GUI that you can use to easily select the next default for grub and you can go and grab a snack while your computer reboots without having to wait for anything.

Its a very simple program that just reads your grub menu entries and then lets you click on the one you want to be the next default.

How It Works

In grubs menu.lst file you need to specify default saved, so that grub consults the file default in the grub directory to see which entry it should boot. That file is then modified by grub-choose-default

Cross Platform

grub-choose-default is written in Python (which is required to be installed at the moment) and works under Linux and Windows.

Under Linux it reads /boot/grub/menu.lst and writes your choice to /boot/grub/default

Then grub-choose-default searches all your drives for a grub/menu.lst or a boot/grub/menu.lst. There currently is no way to specify manually where menu.lst resides, please let me know if this is needed.

Tux Paint Default Stamps project is a collection of hundreds of "rubber stamp" images (and associated descriptions and sound effects) for the childrens drawing program, "Tux Paint." Both PNG and SVG images are included.
Categories include animals, clothes, food, hobbies, household, medical, military, natural forces, people, plants, seasonal, space, sports, symbols, town, and vehicles.
Enhancements:
- SVG-based images (which are supported by Tux Paint 0.9.17) are now included.
- Stamps were added for food, animals, alphabets, signs, sports-related, musical instruments, money, and flowers.
- Translations were added for Czech, Latvian, and Thai.
- The English, Basque, French, Gujarati, Japanese, Russian, Spanish translations were updated.

btfilter is used to send documents to Bluetooth enabled printers or print adapters for printing.

btfilter reads the document from standard input and sends the file to the supplied bluetooth device address. The file must be prepared beforehand - btfilter passes the file transparently to the device.

btfilter can be used indirectly in /etc/printcap - for an example, see my document Bluetooth Printing to HP DeskJet 3845.

Syntax

btfilter [OPTIONS] mac-address [channel]

Options:

-i | < bdaddr >: send file using this device.

Channel defaults to 1 if not given.

Format on Save is a Eclipse plugin to automatically organizes imports and formats code when saving a Java editor.

This is the exact equivalent as doing Ctrl-Shift-O, Ctrl-Shift-F before saving. New features: - Sort Members and Correct Indentation - preference page to configure defaults

Firefox LiveCD is LiveCD similar to LiveKiosk, but with original binary version of Mozilla Firefox. No changes were done to user interface and everything is set to Firefox defaults.

LiveFirefox is intended for people who want to have custom Firefox based LiveCD, but find LiveKiosk unsuitable for this purpose. You can find customization instructions in usersettings/ directory on CD.

If you are here because you are looking for locked-down kiosk we recommend you take a look at LiveKiosk (kiosk with user interface) and LiveInfo (full screenkiosk without interface).

Devel::GDB::Reflect is a reflection API for GDB/C++.

SYNOPSIS

use Devel::GDB;
use Devel::GDB::Reflect;

my $gdb = new Devel::GDB( -file => $foo );
my $reflector = new Devel::GDB::Reflect( $gdb );

print $gdb->get( "b foo.c:123" );
$gdb->print( "myVariable" );

Devel::GDB::Reflect provides a reflection API for GDB/C++, which can be used to recursively print the contents of STL data structures (vector, set, map, etc.) within a GDB session. It is not limited to STL, however; you can write your own delegates for printing custom container types.

The module implements the functionality used by the gdb++ script, which serves as a wrapper around GDB. You should probably familiarize yourself with the basic functionality of this script first, before diving into the gory details presented here.

Global Variables

The following global variables control the behavior of the "print" method.

$Devel::GDB::Reflect::INDENT

The number of spaces to indent at each level of recursion. Defaults to 4.

$Devel::GDB::Reflect::MAX_DEPTH

The maximum recursion depth. Defaults to 5.

$Devel::GDB::Reflect::MAX_WIDTH

The maximum number of elements to show from a given container. Defaults to 10.

EICS is a tripwire like filesystem integrity checking utility.
You configure the compilation by typing ./configure. This will install the program with prefix /usr like this:
Binary goes to : /usr/bin/eics
Configuration : /usr/etc
Database files : /usr/lib
You can configure the places files go mainly with the following parameters
--prefix=DIR Defines where you want to put the files
--sbindir=DIR Where eics goes. This defaults to $prefix/sbin
--sysconfdir=DIR Configuration and keyfiles will be placed into this directory. Defaults to $prefix/etc
--with-database-dir=DIR Database files will be placed here. Defaults to $prefix/lib/eics
--with-root-prefix=DIR This is for package builders. When the files are copied this is appended to the paths. Does not affect the program itself.
--mandir=DIR Where man pages go. Defaults to $prefix/man
Main features:
- Easy configuration files
- Wide range of checks
- Regular expression support and globbing(from version 3)
- Fast check even on large systems(from version 3)
- Uses OpenSSL
- Uses DSA signaturing to ensure database integrity
- No password needed for checking filesystem

GDS2 is a module for quickly creating programs to read and/or write GDS2 files.

Create Method

new - open gds2 file

usage:
my $gds2File = new GDS2(-fileName => "filename.gds2"); ## to read
my $gds2File2 = new GDS2(-fileName => ">filename.gds2"); ## to write

fileNum - file number...

usage:

close - close gds2 file

usage:

$gds2File -> close;
-or-
$gds2File -> close(-markEnd=>1); ## experimental -- some systems have trouble closing files
$gds2File -> close(-pad=>2048); ## experimental -- pad end with s till file size is a
## multiple of number. Note: old reel to reel tapes on Calma
## systems used 2048 byte blocks

High Level Write Methods

printInitLib() - Does all the things needed to start a library, writes HEADER,BGNLIB,LIBNAME,and UNITS records

The default is to create a library with a default unit of 1 micron that has a resolution of 1000. To get this set uUnit to 0.001 (1/1000) and the dbUnit to 1/1000th of a micron (1e-9). usage: $gds2File -> printInitLib(-name => "testlib", ## required -isoDate => 0|1 ## (optional) use ISO 4 digit date 2001 vs 101 -uUnit => real number ## (optional) default is 0.001 -dbUnit => real number ## (optional) default is 1e-9 );

## defaults to current date for library date

note:

remember to close library with printEndlib()
printBgnstr - Does all the things needed to start a structure definition

usage:

$gds2File -> printBgnstr(-name => "nand3" ## writes BGNSTR and STRNAME records
-isoDate => 1|0 ## (optional) use ISO 4 digit date 2001 vs 101
);

note:

remember to close with printEndstr()

printPath - prints a gds2 path
usage:
$gds2File -> printPath(
-layer=>#,
-dataType=>#, ##optional
-pathType=>#,
-width=>#.#,
-unitWidth=>#, ## (optional) directly specify width in data base units (vs -width which is multipled by resolution)
-xy=>@array, ## array of reals
-xyInt=>@array, ## array of internal ints (optional -wks better if you are modifying an existing GDS2 file)
);

note:
layer defaults to 0 if -layer not used
pathType defaults to 0 if -pathType not used
pathType 0 = square end
1 = round end
2 = square - extended 1/2 width
4 = custom plus variable path extension...
width defaults to 0.0 if -width not used
printBoundary - prints a gds2 boundary
usage:
$gds2File -> printBoundary(
-layer=>#,
-dataType=>#,
-xy=>@array, ## array of reals
-xyInt=>@array, ## array of internal ints (optional -wks better if you are modifying an existing GDS2 file)
);

note:
layer defaults to 0 if -layer not used
dataType defaults to 0 if -dataType not used
printSref - prints a gds2 Structure REFerence
usage:
$gds2File -> printSref(
-name=>string, ## Name of structure
-xy=>@array, ## array of reals
-xyInt=>@array, ## array of internal ints (optional -wks better than -xy if you are modifying an existing GDS2 file)
-angle=>#.#, ## (optional) Default is 0.0
-mag=>#.#, ## (optional) Default is 1.0
-reflect=>0|1 ## (optional)
);

note:
best not to specify angle or mag if not needed
printAref - prints a gds2 Array REFerence
usage:
$gds2File -> printAref(
-name=>string, ## Name of structure
-columns=>#, ## Default is 1
-rows=>#, ## Default is 1
-xy=>@array, ## array of reals
-xyInt=>@array, ## array of internal ints (optional -wks better if you are modifying an existing GDS2 file)
-angle=>#.#, ## (optional) Default is 0.0
-mag=>#.#, ## (optional) Default is 1.0
-reflect=>0|1 ## (optional)
);

note:
best not to specify angle or mag if not needed
printText - prints a gds2 Text
usage:
$gds2File -> printText(
-string=>string,
-layer=>#, ## Default is 0
-textType=>#, ## Default is 0
-font=>#, ## 0-3
-top, or -middle, -bottom, ##optional vertical presentation
-left, or -center, or -right, ##optional horizontal presentation
-xy=>@array, ## array of reals
-xyInt=>@array, ## array of internal ints (optional -wks better if you are modifying an existing GDS2 file)
-x=>#.#, ## optional way of passing in x value
-y=>#.#, ## optional way of passing in y value
-angle=>#.#, ## (optional) Default is 0.0
-mag=>#.#, ## (optional) Default is 1.0
-reflect=>#, ## (optional) Default is 0
);

note:

best not to specify reflect, angle or mag if not needed