slackbuilds_ponce/system/openstego
Andrew Clemons b2519f95fd
various: Use zulu jdk builds for REQUIRES.
As noted in the FAQ, you can still use Oracle's JDK for
building or running, but we'll default to the Zulu builds
in the REQUIRES since they are easily downloadable.

Zulu is a good default for us at SBo since it is available
for both 32 and 64 bit, freely downloadable and compatible
and they provide builds for all the LTS branches.

We don't currently have builds for Adoptium (previously
AdoptOpenJDK, not part of the Eclipse Foundation), but if
someone wants to submit builds for them, we can include them
too. Note though that they do not provide 32 bit builds.

Software should run with either Zulu or Oracle's JDK, or
indeed any other builds of OpenJDK, so if I have broken your
build with this change, apologies. This should be rare and
we can change the REQUIRES back to jdkX in that case and note
it in the README, but I do not expect this should be the case.

Signed-off-by: Andrew Clemons <andrew.clemons@gmail.com>

Signed-off-by: Willy Sudiarto Raharjo <willysr@slackbuilds.org>
2022-03-03 15:56:51 +07:00
..
doinst.sh
openstego.desktop
openstego.info various: Use zulu jdk builds for REQUIRES. 2022-03-03 15:56:51 +07:00
openstego.png
openstego.sh
openstego.SlackBuild system/openstego: Remove template comment. 2021-10-13 00:51:38 +07:00
README
slack-desc

openstego (the free steganography solution)

Note: openstego works with openjdk8, if you prefer not to install the
Oracle jdk. It does NOT work with openjdk7 or older.

OpenStego is a tool implemented in Java for generic steganography,
with support for password-based encryption of the data.

Features:

 - OpenStego is written in pure Java and should run on all platforms
   supported by java. It has been tested on MS Windows and Linux,
   but should not have any problem on other platforms too. Please
   report bugs if you find any.
 - It supports password-based encryption of data for additional
   layer of security. DES algorithm is used for data encryption,
   along with MD5 hashing to derive the DES key from the password
   provided.
 - It uses a plugin based architecture, where various plugins can
   be created for different kind of Steganographic algorithms.
   Currently, it supports two plugins - LSB (Using Least Significant
   Bit of Image Pixels) and RandomLSB (Randomized LSB), but new
   plugins can be created for other algorithms like DCT, FFT, etc.
   Plugins can also be easily added for other type of cover files
   like Audio files.
 - LSB plugins support only 24 bpp images. Support for additional
   image formats (like BMP, TIF, etc.) could be added by installing
   Java Advanced Imaging (JAI).
 - LSB plugins also support generation of random images containing
   noise to be used as cover file. The size of the generated random
   image is the minimum possible size required to embed the given data.