Free bootable image software for linux

create Image is an amarok script that can create an image of the current playlist and save the files to an iso image.

The iso image is found in the respective home folders.

Mozvert image is a Firefox extension that uses convert from ImageMagick for saving images to its preferred formats.

It adds the entry "Convert Image As..." after "Save Image As..." with 8 predefined formats: PNG, JPG, GIF, XPM, TIFF, BMP, PS (PostScript), XBM, ICO.

WWW::Google::Images is a Google Images Agent.

SYNOPSIS

use WWW::Google::Images;

$agent = WWW::Google::Images->new(
server => images.google.com,
proxy => my.proxy.server:port,
);

$result = $agent->search(flowers, limit => 10);

while ($image = $result->next()) {
$count++;
print $image->content_url();
print $image->context_url();
print $image->save_content(base => image . $count);
print $image->save_context(base => page . $count);
}

BCCD - Bootable Cluster CD was created to facilitate instruction of parallel computing aspects and paradigms. Part of the difficulty instructors face is lack of dedicated resources to explore distributed computing aspects lack of time to preconfigure and test the supporting environment.

The BCCD image addresses this problem by providing a non-destructive overlay way to run a full-fledged parallel computing environment on just about any workstation-class system...Were happy to say that this now includes the MAC too!

The BCCD does share similarities with a few diskless solutions for clustering, such as the Warewulf project, the thin-OSCAR approach, Cluster Knoppix (only an openMosix system, no MPI/LAM/PVM build tools, ...), and so on. This is definitely the trend in HPC. But the main differences are that the BCCD will always fit in your pocket, be highly customizable for specific institutions needs, and will always be geared toward education and not dedicated clusters.

The "gar" build system also sets the BCCD apart from other projects. "gar" is a mix between BSDs "ports" system, Linux from scratch, and gentoo Linux. With gar, you can build an entire BCCD image from net-fetched sources in about two hours (assuming you have a primed ccache!).

The BCCD is also distinctly different from NPACI-Rocks, OSCAR, Cluster in a box or other type of mass-imaging clustering project for two reasons:

1. Its a non-destructive overlay on top of the current hardware. Once a system is rebooted, it reverts back to its original state. It is intended to be booted "over top" of a currently-configured Windows/Linux/BSD/etc. system.
2. Its focus in on educational aspects of High-Performance Computing (HPC) instead of the HPC core. Students will have a much better appreciation and understanding of how to tweak an MTU setting or wire the topology across a cluster if they understand how a distributed computation is laid out! Emphasis is placed upon building, configuring, and running distributed applications.

makebootfat is a command line utility able to create bootable USB disks for Linux and Windows using the FAT filesystem and syslinux.

makebootfat is the most advanced tool available able to make bootable USB disks. Its able to autodetect/partition/format/populate the USB disk in a single step without any user interaction.

Its also able to create disk images which are compatibles with all the three standards USB-FDD, USB-HDD and USB-ZIP at the same time.

To use makebootfat you probably need also syslinux or FreeDOS

GFL::Image is an OO interface to P-e Gougelets Graphic File Library.

SYNOPSIS

use GFL::Image;

my $im = GFL::Image-> new;

$im -> load("test.png");
$im -> set( output => "jpeg",
undolevel => 5
);
$im -> resize (320, 200);
$im -> filter( maximum => 3,
mediancross => 7
);
$im -> undo;
$im -> save("test.jpg");

undef ($im);

This module provides an Object Oriented interface to Pierre-E. Gougelets Graphic File Library.

GFL provides a comprehensive set of image processing tools and can access more than 300 image formats.

GFL is free for non-commercial use, you can grab the latest version at http://www.xnview.org. People wanting to use it in a commercial application must ask authorization to the author.

WWW::Google::Images::Image is an image object for WWW::Google::Images.

Constructor

new($agent, $content, $context)

Creates and returns a new WWW::Google::Images::Image object.

Accessors

$image->content_url()

Returns the url to the image file itself.

$image->context_url()

Returns the url to the web page including the image.

Other methods

$image->save_content(%args)

Save the image file. The default is to keep its original file name, but this behavior can be altered using optional parameters.

Optional parameters:

file => $file

Use $file as file name.

dir => $directory

Use $directory as a directory path to save the file. If only file is specified, it will be saved in a path relative to the current working directory.

base => $base

Use $base with lowercase original extension added as file name.

$image->save_context(%args)

Save the web page. The default is to keep its original file name, but this behavior can be altered using optional parameters.

Optional parameters:

file => $file

Use $file as file name.

dir => $directory

Use $directory as a directory path to save the file. If only file is specified, it will be saved in a path relative to the current working directory.

base => $base

Use $base with lowercase original extension added as file name.