DragonCode provides you with a simple and easy to use application built in Java designed to help you encode a character description into a short string, which you can use as a signature.
DragonCode enables you to write the generated string to a swipe card, provided the RXTX Library is installed on your computer.
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Customize the Signature Preview Area Size.
You can choose from an alphabet of characters to be used in your
signature.
Export your description as a zip file containing the description and
signature
The Signature Preview Area is used as a textbox into which you can type
the description of the person receiving your signature.
If the user has an e-mail client the signature will also contain the
user’s e-mail address.
The QR code scanner is used to
scan QR codes on the card as well as the QR code scanner window. If
the QR code on the card is detected, the description of the card
will be displayed in the “Description” panel of the window as a
description.
Select the type of QR code to be used on the card.
The amount of characters on the card that can be used for the
description and signature can be increased (or decreased) through
the settings.
Print Your QR Code and Descriptions.
Once you have generated your custom signature or description you can
print it directly to the printer.
Copy the Code onto a QR Code Scanner.
Take a picture of the QR code generated by the application and use
eScan4Card, provided by the DupeCard project to scan the QR code on the
card. The result will be displayed in a dialog with a description.
Application Requirements:
Java 7 or later is recommended, and the JRE is not required.
The RXTX Library is required. This is part of the JDK but can be
downloaded separately. See the RXTX Library Features Web page.
Email is not required, but a standalone email client such as
Thunderbird or Windows Live Mail is recommended, since the email
address displayed in the description is an address of the receiver
which might be different from the real one.
Basic
To Run the Program
Click the Run button in the toolbar.
Choose a signature or a description from the drop down list.
The window opens where you can type or paste the description.
The text that will be included in the QR code will be displayed in the
toolbar.
You can choose to include the email address of the receiver and/or the
QR code on the card.
The settings and the code length can be changed from the “Settings”
panel.
Press
DragonCode Crack + Free Registration Code
This page documents how to build DragonCode, an encrypted character forgery and other utilities to obfuscate data and the signature.
DragonCode works by encrypting a data using a given key to produce a string.
The string is then run through the text to produce a visual representation of the data and used to make a “swipe card”.
A “swipe card” is a string value which, after being added to the card reader’s memory, will be sent to the reader when the card is swiped.
This allows you to easily hide data, encode data, encode text using any document or document viewer and many other utilities including:
Crypto-Obfuscation: If the decoding key is derived from the original data, then the original data can’t be read because the key is embedded in the encrypted data and the resulting decrypted data is gibberish.
Hiding Data: If the data is anything other than binary and the decryption key is derived from the data, then the encryption can become transparent.
Is It Real?: If the decryption key is derived from a sequence of commonly used words and or phrases, or at least used frequently, then the resulting decryption will be less likely to be recognizable.
Universal Cryptograph: If the decryption key is derived from a sequence of words or phrases, then it is possible to encode the text into a char and in the process, produce a cryptographic encryption.
Encrypting Text: The encryption of text can produce some very interesting effects.
Data Encoding: Produce a “short string” that can be used as an encryption key, a password or any other data.
Data Encoding: Produce a “long string” that can be used as an encryption key, a password or any other data.
Optimization: DragonCode defaults to using 128 bit encryption keys which is a very strong encryption.
However, there are many lower end devices and common hardware in the world with less than 128 bit AES 256-bit encryption keys, so it’s possible to optimize the code to only use 128 bit encryption.
The A.I. for DragonCode is a very simple algorithm.
First, the string is broken into words, and each word is run through a rule set that defines what words are used to form that word.
The resulting words are then run through the DragonCode decoder to produce the signature.
The decoder uses a number
91bb86ccfa
DragonCode Activation Key
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DragonCode is a multi-platform Java application which makes it easy to create and sign a piece of text. It uses a clever way of translating a computer generated string into a string of textual information and then encrypting that string, which is then written to a swipe card.
As a person you write some (or even a large part of the) text, and then take a picture of the screen. This picture is then converted into a string. Then you select the encryption type you want to use (EFS, RSA, AES, etc.). You can choose the strength of the cipher, as well as the size of the key. The DragonCode application generates a file with the key. This file can be used to create an encryption key using a tool like BlackBoxCrypto or this one. The generated key is then given to you.
Then you write the generated text to a swipe card, using the generated key.
With the method described above you can write any text to a swipe card. This will set you as an authorized user. It also means that no matter what you do, it will be impossible to retrieve the original text.
With the EFS method, DragonCode encrypts the generated text using an Encryption Key File (EWF). This file is created and given to you. With this file you can decrypt the generated text using a tool like BlackBoxCrypto.
With the RSA method, DragonCode generates an RSA key using a user supplied password. The generated RSA key is then converted into a string, which is then written to a swipe card.
With the AES method, DragonCode generates an AES key using a user supplied password. The generated AES key is then converted into a string, which is then written to a swipe card.
Encryption methods:
EFS: EFS (Encryption with File System) allows you to write text to a swipe card. This method is the easiest to use.
RSA: RSA (Rivest-Shamir-Adleman) allows you to create and write to a swipe card.
AES: AES (Advanced Encryption Standard) allows you to generate an AES key, convert it into a string, and write to a swipe card.
Permissions:
Any user can use DragonCode. You can either give DragonCode Owner rights (the Owner of the swipe card) or use a group when you set up your application.
Any user can use DragonCode to write text to
What’s New In DragonCode?
Features:
Efficient generation algorithm.
With DragonCode, you can easily create character strings for those occasions when the size of the string is not a concern.
Doesn’t use up any memory.
DragonCode does not generate any memory when using as a signature.
Environment independent.
As long as the application runs and accesses a printer, DragonCode can generate character strings for any environment.
Once the character string is generated, it can be instantly sent to your card.
Drag and Drop in Windows Explorer is enabled for easy access.
Can encode and decode the character string to and from ASCII, Unicode, and other character encodings.
Has a basic and native look and feel using the built-in controls of your application’s host environment.
Uses no external libraries and little external resources.
Create Digitally Signed Swipe Cards:
DragonCode can be used to create a digitally signed swipe card.
Simply tell it to create the signed character string as a byte array, then write that byte array to your card swipe.
By default, DragonCode will create a “name-4” character string, encoded in ASCII.
DragonCode has an option for you to change the character string that is generated for encoding, by modifying the. Properties file that controls the names of the characters.
Create a “name-4” character string, encoded in the Unicode character set.
Create a “name-4” character string, encoded in some character set other than ASCII.
Additional Features
Use your own character strings to create a swipe card.
Use any name you wish for your character string, even one that is already used by your application.
Change the name of the character string generated for encoding.
Use a character set other than ASCII for your character string.
Use the “name-4” character string for enconding instead of a unique name.
Use a variable length string name for the character string.
To Create a Signed Character String:
Select a File for your Card Layout.
Select a Byte Array to be written to the RXTX Library.
Select a Character Set for encoding.
Drag a Textbox box into the root element (root.text()) of the card layout.
Click the Generate button to start encoding the character string.
The character string will appear in the Textbox
System Requirements:
*Operating System: Windows 7/8/8.1/10/Server 2012/2016
*Processor: 1.4 GHz
*Memory: 1 GB
*Hard disk space: 4 GB
*Video: DirectX 11
*Additional Notes: Input Device: Controller Type: Keyboard / Mouse / Controller
*Required Video System and System Specs:
*CPU: i5 or better
*RAM: 4 GB
*GPU: Radeon HD 7870 / GeForce GTX 650
*Direct