Free magic 0.993 software for linux

Magic Mounter is a user-space auto-mounter.

mmounter tries to mimic the behaviour of MacOS with regards to automatic monitoring and mounting of the volumes in your system (CDs, ZIP disks, floppies, HDs) using their volume name as the mount point.

It will optionally eject devices and let users mount/umount them.

Currently mmounter supports ext2, ext3, iso9660 (CD), HFS, and VFAT.

This tool is user-space only (doesnt require any kernel patching) and should be fairly portable.

SYNOPSIS

Example 1

use Config::Magic;
use Data::Dumper;

$input=q{
Section 1 {
[Section 4]
#Comment style #1
//Comment style #2
;Comment style #3
Monkey:1
Monkey=>2
Monkey:=3
< Section 2 >
Foo = Bar
Baz { Bip:1
Pants==5 }
< /Section >
< Tasty Cheese="3" / >
< Section 5 >
Foo=Bippity,boppity,boo
< /Section >
}
}
#Fastest way:
$config = new Config::Magic();
print Dumper($config->parse($input));

Example 2

use Config::Magic;
use Data::Dumper;
#Arguments with sorting $ordered_hash = 1; $config = new Config::Magic("input.conf",$ordered_hash); print Dumper($config->parse); $result = $config->get_result; print Dumper($result);

OUTPUT (from second example)

Section 1 => {
Section 4 => {
Monkey => [
1,
2,
3
]
},
Section => [
{
2 => {},
Foo => Bar,
Baz => {
Bip => 1,
Pants => 5
}
},
{
attribs=>5,
Foo => [
Bippity,
boppity,
boo
]
}
],
Tasty => {
Cheese => {
}
}

This module uses Parse::RecDescent to generate a parse tree for nearly any kind of configuration file. You can even combine files/configuration types. It understands XML, Apache-style, ini files, csv files, and pretty much everything else I could find. Just give it a file, and get a hash tree out. If it doesnt understand the file, or it isnt well formed (such as if a bracket is missing, etc), then you will get a partial result, or no result at all.

There is a single option that can be passed to this file which indicates that the resulting hash should be ordered rather than random. This is done using Tie::Hash::Indexed. You can also call "setordered" directly to change from using ordered to unordered hashes.

Parted Magic is a ~30mb LiveCD/USB with its only purpose being partitioning hard drives. Although GParted and Parted are the main programs, the CD/USB also offers programs like partimage, testdisk, fdisk, sfdisk, dd, etc...
Parted Magic is based on my work from the GParted LiveCD project and falls under the terms of the GPL.
Enhancements:
- We added dd_rhelp, sdparm, mbr, and xfburn for starters. Updated programs: linux-2.6.22, e2fsprogs-1.40.2, ntfs-3g-1.710, dd_rescue-1.13, ddrescue-1.5, leafpad-0.8.11, file-4.21, testdisk-6.7, mdadm-2.6.1, pciutils-2.2.5, syslinux-3.51, isomaster-1.0, hdparm-7.4, xfsprogs_2.8.21-1, busybox-1.5.1, and usbutils-0.72. All menus are bypassed now. After the syslinux menu, it boots to the desktop without any other interruptions. You can now create the LiveUSB from the LiveCD by using our new USB Operations program...

File::MMagic is a Perl module to guess file type.

SYNOPSIS

use File::MMagic;
use FileHandle;

$mm = new File::MMagic; # use internal magic file
# $mm = File::MMagic->new(/etc/magic); # use external magic file
# $mm = File::MMagic->new(/usr/share/etc/magic); # if you use Debian
$res = $mm->checktype_filename("/somewhere/unknown/file");

$fh = new FileHandle "< /somewhere/unknown/file2";
$res = $mm->checktype_filehandle($fh);

$fh->read($data, 0x8564);
$res = $mm->checktype_contents($data);

CGI::Builder::Magic Perl module contains CGI::Builder and Template::Magic integration.

SYNOPSIS

# just include it in your build

use CGI::Builder
qw| CGI::Builder::Magic
|;

Magic Cube 4D project is a four-dimensional Rubiks Cube.

MagicCube4D is a fully functional four-dimensional analog of Rubiks cube. The image above shows the puzzle in its solved state. Click on it for a simple resizable applet version that you can interact with to get a feeling for how it works. Download the full-featured application below and try to solve it. Please read the FAQ for a more complete description of the puzzle. If the Java applet or application fail to start you may need to install a Java virtual machine. Click here for a current one.

Don Hatch and Melinda Green have developed it on and off over several years. Jay Berkenbilt has recently joined us to help with Linux support and source control. Don and Jay were the first to have solved the puzzle making extensive use of the move macro facility in the UNIX version. Roice Nelson became the first person to solve the puzzle without using macros. For his solution, he extended Philip Marshalls 3D "Ultimate Solution to Rubiks Cube".

You can learn Roices solution if you dont feel like trying to solve it yourself first. Using his techniques, Roice and others have continued to find ever shorter solutions so that the record currently recovered by Roice required only 334 twists! You can find documentation of these and other milestones on the MagicCube4D Hall Of Fame page. If you solve it with or without reading the solution, send us your log file and well list you in the MagicCube4D hall of fame too!

The mathematically inclined may be interested to know that the number of possible states for the 4D cube is exactly

(24!x32!)/2 x 16!/2 x 2^23 x (3!)^31 x 3 x(4!/2)^15 x 4

which can also be expressed as

32! 24! 16! 2^22 6^32 12^15

MTasker is a two-file C++ library designed to support very simple cooperative multitasking. MTasker can facilitate writing code that would ordinarily require a state machine, for which the author does not consider himself smart enough.
This class does not perform any magic it only makes calls to makecontext() and swapcontext(). Getting the details right however is complicated and MTasker does that for you.
If preemptive multitasking or more advanced concepts such as semaphores, locks or mutexes are required, the use of POSIX threads is advised.
MTasker is designed to offer the performance of statemachines while maintaining simple thread semantics. It is not a replacement for a full threading system.
Enhancements:
- A theoretically damaging bug was fixed involving delete[] vs delete, spotted by Valgrind.
- There is tentative Solaris support, not heavily tested.
- Furthermore, a new method called numProcesses() was added so the kernel can query how many processes are running, and perhaps acting on that.