Search Results for "simple-xml" - Page 2

openSMS4 was created by tao.tang316 and implemented in C, which is an open source implementation of the SMS4 encryption algorithm (including simple checking codes).

This simple encryption program, allows you to virtually encrypt all documents and even decrypt them back using the secure XOR encryption algorithm. This program is designed for beginners who know little about encryption.

An application presents safe and secure Chat through a certificated point which is the Server. It supports authentication of users using passwords and a simple encryption algorithm to exchange a unique key between the Server and each Client.

ShredBitz is a free and simple file shredder tool that can wipe selected files from any hard disk drive. ShredBitz is written in the java programming language and uses a custom written algorithm for shredding. ShredBitz is a very powerful tool.

Recolition is a simple file encryption program which uses AES as it's algorithm. It will encrypt exisiting files to the .encrypt file extension and then decrypt them back to thier original state.

Vijner 974 E-Sys (2048 bits and unlimited encryption). Enables easy (un-)encryption from text input or .txt file, and to (un-)encrypt raw files, with Vigenère Algorithm + unlimited encryption keys. Simple and powerful. Adapt to fit your needs.

This its a simple project of the RSA algorithm. The purpose of this project isn't to develop an impressive program, it's an easy understand of the algorithm and the C programing.

SJEA version 1.0 - Simple Java Encryption Algorithm. SJEA is a simple command-line binary encryption algorithm (symmetric block cipher) written in JAVA. It uses a password and a byte-vector array to scramble the input file.

jCryptPad stores text informationen hierarchical, e.g. passwords, important texts etc. The data is saved in a encrypted xml file. Encryption is done with the AES algorithm. Additionally a password generator and a text encryption editor is also included.

JSerpent is an easy to use Java implementation of the powerful Serpent cryptography algorithm. It can be easily implemented into any project, and is complete with ECB, padding, and a simple API.

JFish is a simple Java implementation of the popular Twofish cryptography algorithm. It allows any application to easily implement powerful encryption, using a single small library and minimal code changes.

JRijndael is a 100% pure Java implementation of the popular Rijndael (aka AES) cryptography algorithm. It's designed to be implemented as easily as possible and features ECB, padding, and a simple API.

whbEncrypter is a very simple variable encryption program to encrypt and decrypt a file based on a passkey provided based on the user. It uses a simple encryption algorithm that I wrote for a school project. The passkey can also be the contents of a file.

NAC is a collection of tools for cryptography. The goal is to provide simple-to-use crypto tools (like an OTP, String and number generator, public key algorithm...) you can use under Linux, Windows...

A simple but fully-featured implementation of the simple Caesar Cipher encryption algorithm, specifically 'rot13' - Caesar with a factor of 13. Supports file and tty input/output, internationalisation, and also includes a shared library.

TextCodec can encode texts using simple algorithm and then decode them by using statistical language data.

A simple working implementation of 64-bit DES encryption/decryption alogrithm in C++. Could act as guide to undestanding the algorithm. Its buggy so help me out :-)

RSA (Rivest-Shamir-Adleman) is a public-key encryption algorithm with a typical key size of 1,024 to 4,096 bits. 2 large primes are required to generate the keys. AES (Advanced Encryption Standard) is based on Rijndael, secret-key encryption algorithm using a block cipher with key sizes of 128, 192, or 256 bits. Simple Encrypt will take a text file, generate keys and then encrypt it. The output is the ciphertext and keys. Note: Realistically, I will keep the algorithms simple(r) by having key sizes of 32 bits! Hopefully, I'll get round to developing a reasonably efficient class for larger numbers, but until then I am restricted.