Free transec 1.16 software for linux

Transec is a Java taglib component that provides a secure PIN/TAN/password input via untrusted, insecure Web browsers.

Only images and coodinates are transferred to the browser.

TRANSEC is a virtual keyboard that can prevent spyware or troyan attacks. Transec is self-explanatory and can be easily used. PIN- and TAN-inputs are visible only for the user.

The user enters his/her data using a virtuall keyboard instead of the common keyboard.

Though Interception of input data is almost impossible.

If at all, only by intercepting all mouseclicks plus each single referred picture an agressor could be succesfull, because the virtual keybourd is randomly rotated after each entry.

This inputmodule can be easily integrated as JSP-taglib in each JSP-Software. It may need minimal adaption (colors etc.).

pscal is a Bourne shell script that produces simple, nice-looking PostScript calendars.
The PostScript code is sent to stdout, so either pipe it to your printer or redirect it to a file.
Version restrictions:
- `Pscal doesnt work for months before 1753. (Weird stuff happened in September, 1752.) It also wont work right as of January 1, 9600. (Bump up the epoch date if you want it to.)
- A better format for the dates of holidays would be nice.
- An escape to allow holiday messages to be raw PostScript would also be nice.
- The holiday messages should be handled more intelligently (i.e., the messages should be clipped to the day).
- Some of the message translations are incomplete.
Enhancements:
- added %%Orientation comment to the prolog (thanks to Ken Pizzini < ken@gnu.org >)
- added Slovak translation and .holiday file (thanks to M.F. PSIkappa < psi@platon.atlantis.sk >)
- added Russian translation (thanks to Alexei A. Gaidioukov < lexey@cda.ipmce.su >) released by Mark Hanson 2005-01-01, mbh@panix.com

Little cms intends to be a small-footprint, speed optimized color management engine in open source form.
Since the initial release, back in 1998, lcms has been continuously evolving, mostly thanks to contributions done by skilled programmers, who generously donated their valuable time to review the engine and the documentation.
For now, little cms has been ported to a big number of platforms and is currently used in many open source and commercial products, as well as being distributed in major linux environments. Thanks to all for this great support!
Basic Features:
- Widely portable.
- Easy to use.
- Small, tight code.
- Fast, optimized for speed.
- Handles a wide range pixel formats.
- Implements ICC spec 4
- Profile to profile and multiprofile transforms.
- Supports all kind of profiles, including named color
- PostScript CSA and CRD generation
Advanced features:
- Full hi-fi support, including hexachrome restoration.
- Gamut checking
- Softproofing
- Precalculated device link transforms with prelinearization step.
- Virtual Gray, RGB profiles
- CIECAM02 appearance model
- Can write profiles as well.
- Built-In profiles
- Specialized abstract virtual profiles

Makejail employs short configuration files to help administrators create and maintain chroot jails. Makejails attempts to guess and install into the jail all files required by the daemon.

You have to understand how it is designed to make it work efficiently.

To have an idea of how the configuration files look like, have a look at these examples (shipped in the tarball): apache, bind, mysqld, ntpd, postgresql and sshd

To have an idea of the actions done, look at these log files: apache on OpenBSD 3.0, bind on GNU/Linux Debian woody.

The list of these files is built from several sources:
- the main method is to trace what files the daemon attempts to access, add them into the jail and restart again until no further file is found.
- a list of files manually given in the configuration file.
- the files which belongs to a package and eventually the packages it requires.

When a file is added into the jail:
- the shared librairies it needs (given by ldd) are added too.
- upper directories are created if needed.
- if the file is a symbolic link, the target is added too.
- all the checks to determine what files a file needs are recursive.
- all files are copied maintaining the originals ownerships and permissions.

Some files are handled with a special method:
- when the file is below /proc, the procfs filesystem is mounted inside the jail.
- when the file is a socket, its not copied.
- when the file is the shared library cache, its not copied, ldconfig is run at the end.

The steps of makejail are:
- eventually remove the files in the jail first.
- if you specified some packages, add all the files which belongs to them.
- if you specified some paths to include, add the files matching these patterns.
- start the daemon inside the jail, and trace it with strace, add the files it attempts to open which exist outside the jail, kill it and start again until no more file is found.
- start the daemon inside the jail, and trace it while running some test processes outside the jail, see with strace what files the daemon attempts to open.

Netio project is a network benchmark.

Netio measures the net throughput of a network via TCP/IP (and NetBIOS on Windows and OS/2) using various different packet sizes.

One instance has to run on one machine as a server process, another instance is used on another machine to perform the benchmark. When executed without arguments, the program will explain its usage.

Full source code is included. For compilation, IBM VisualAge C++ for OS/2 or Windows is required, gcc can be used under Unix. Starting with version 1.17, gcc (MinGW) can be used for Windows alternatively.

Starting with version 1.20, multi threading support is required. Under Unix this has to be pthreads (tested with Linux). Therefore, DOS is no longer supported beginning with version 1.20.

A few executable files are included. The author can only build for OS/2, Windows NT/2000 and Linux. The other executable files (if any) are contributions from other people who ported the benchmark to their platform. However, those executables may be out of date now (based on earlier versions). Especially, executables of version 1.16 and newer will not communicate with versions below 1.16.

Time::Zone is a miscellaneous timezone manipulations routines.

SYNOPSIS

use Time::Zone;
print tz2zone();
print tz2zone($ENV{TZ});
print tz2zone($ENV{TZ}, time());
print tz2zone($ENV{TZ}, undef, $isdst);
$offset = tz_local_offset();
$offset = tz_offset($TZ);

This is a collection of miscellaneous timezone manipulation routines.
tz2zone() parses the TZ environment variable and returns a timezone string suitable for inclusion in date-like output. It opionally takes a timezone string, a time, and a is-dst flag.

tz_local_offset() determins the offset from GMT time in seconds. It only does the calculation once.

tz_offset() determines the offset from GMT in seconds of a specified timezone.
tz_name() determines the name of the timezone based on its offset

LibTomCrypt is a comprehensive, modular, and portable cryptographic toolkit that provides developers with a vast array of well known published block ciphers, one-way hash functions, chaining modes, pseudo- random number generators, public key cryptography, and a plethora of other routines. It has been designed from the ground up to be very simple to use. It has a modular and standard API that allows new ciphers, hashes, and PRNGs to be added or removed without change to the overall end application. It features functions for easy handling and a complete user manual which has many source snippet examples.
LibTomCrypt is a fairly comprehensive, modular and portable cryptographic toolkit that provides developers with a vast array of well known published block ciphers, one-way hash functions, chaining modes, pseudo-random number generators, public key cryptography and a plethora of other routines.
LibTomCrypt has been designed from the ground up to be very simple to use. It has a modular and standard API that allows new ciphers, hashes and PRNGs to be added or removed without change to the overall end application. It features easy to use functions and a complete user manual which has many source snippet examples.
LibTomCrypt is free for all purposes under the public domain. This includes commercial use, redistribution and even branching.
Main features:
- Public domain and open source.
- Written entirely in portable ISO C source (except for things like RNGs for natural reasons)
- Builds out of the box on virtually every box. All that is required is GCC for the source to build.
- Includes a 90+ page user manual in PDF format (with working examples in it)
- Block Ciphers
- Ciphers come with an ECB encrypt/decrypt, setkey and self-test interfaces.
- All ciphers have the same prototype which facilitates using multiple ciphers at runtime.
- Some of the ciphers are flexible in terms of code size and memory usage.
- Ciphers Supported.
- Blowfish
- XTEA
- RC5
- RC6
- SAFER+
- Rijndael (aka AES)
- Twofish
- SAFER (K64, SK64, K128, SK128)
- RC2
- DES, 3DES
- CAST5
- Noekeon
- Skipjack
- Anubis (with optional tweak as proposed by the developers)
- Khazad
- Changing Modes
- Modes come with a start, encrypt/decrypt and set/get IV interfaces.
- Mode supported.
- ECB
- CBC
- OFB
- CFB
- CTR
- One-Way Hash Functions
- Hashes come with init, process, done and self-test interfaces.
- All hashes use the same prototypes for the interfaces.
- Hashes supported.
- MD2
- MD4
- MD5
- SHA-1
- SHA-224/256/384/512
- TIGER-192
- RIPE-MD 128/160
- WHIRLPOOL
- Message Authentication
- FIPS-198 HMAC (supports all hashes)
- FIPS pending OMAC1 (supports all ciphers)
- PMAC Authentication
- Message Encrypt+Authenticate Modes
- EAX Mode
- OCB Mode
- Pseudo-Random Number Generators
- Yarrow (based algorithm)
- RC4
- Support for /dev/random, /dev/urandom and the Win32 CSP RNG
- Fortuna
- SOBER-128
- Public Key Algorithms
- RSA (using PKCS #1 v2.1 and PKCS #1 v1.5)
- DH (using ElGamal signatures and simple DH encryption)
- ECC (over Z/pZ, ElGamal Signatures, simple DH style encryption)
- DSA (Users make their own groups)
- Other standards
- PKCS #1 (both v1.5 and v2.0 padding)
- PKCS #5
- ASN.1 DER for INTEGER types.
Enhancements:
- The ECC code was fixed, cleaned, and improved.
- GCM was fixed.
- UTF8 support was added to the ASN1 code.
- The documentation was improved.
- The published version of the manual is included.

libintl-perl is a library that supports message translation for Perl, written in pure Perl (version 5.004 or better). A faster C version is also built and installed if the system fulfills all requirements.

Its interface is very similar to the gettext family of functions in C, and it uses the same file formats as GNU gettext, making it possible to use all tools available for gettext itself and to seamlessly integrate internationalized Perl code into mixed-language projects. An alternative library with a similar purpose is available as Locale::MakeText.

The core of the library is the module Locale::gettext_pp. It is a pure Perl re-implementation of the module Locale::gettext available on CPAN. However, the XS version Locale::gettext lacks some functions (notably plural handling and output conversion) that are already
present in Locale::gettext_pp. Locale::gettext_pp provides the internationalization functions that are available in your system library (libc) or additional C libraries (for example libintl in the case of GNU gettext).

The class Locale::Messages is an additional abstraction layer that is prepared for dynamic switching between different gettext implementations (for example Locale::gettext_pp and Locale::gettext). It provides basically the same interface as Locale::gettext_pp but in an
implementation-independent manner.

The module Locale::TextDomain is the only module that you should actually use in your software. It represents the message translation system for a particular text domain (a text domain is a unique identifier for your software package), makes use of Locale::Messages
for message translation and catalog location, and it provides additional utility functions, for example common shortcut names for i18n routines, tied hashes for hash-like lookups into the translation database, and finally an interpolation mechanism suitable for
internationalized messages.

The package also contains a charset conversion library Locale::Recode. This library is used internally by Locale::gettext_pp to allow on-the-fly charset conversion between the charset in a message catalog and the preferred (end) user charset. Its main advantage about the Encode package available for recent Perl versions is its portability, since it does not require the Unicode capabilities of Perl that were introduced with Perl 5.6. It fully supports UTF-8 with every Perl version and a wealth of common 8 bit encodings. If you have to do charset conversion with older Perl versions, then Locale::Recode may be worth a try although it is really only a helper library, not intended as a competitor to Encode.