des encryption example

; } } /// ///des encryption of strings/// /// string to encrypt /// BASE64 encoded string after encryption Public Static stringEncrypt (stringsourcestring) { byte[] BtKey =Encoding.UTF8.GetBytes (SKey); byte[] Btiv =Encoding.UTF8.GetBytes (SKey); DESCryptoServiceProvider

Or my old point of view, we have to keep practicing to learn new things. So I will not write some abstract concept, I intend to give some actual code later, hehe In Microsoft's help, like to take it with examples called its new technology framework, I It really does feel in real programming, and we often write our own based on these instance codes. Practical application, so I also used the term framework. ：） This example demonstrates how to use the

JAVA-DES encryption and decryption (episode) Code directly, everyone knows Package com. cdsmartlink. des; import java. security. *; import javax. crypto. cipher; import javax. crypto. secretKey; import javax. crypto. secretKeyFactory; import javax. crypto. spec. DESKeySpec;/*** All right reserved. * DES

API interface calls, you need to encrypt the communication with Java, the communication process with DES encryption, Java Yonder des Key is a 64-bit string, and the previous C # des encryption is a key 8-bitThe key in the DESCryptoServiceProvider is 8 bits;The key in the Rij

Digital envelope encryption technology (algorithms combined with RSA and DES) This algorithm combines the advantages of DES and RSA. Principle: !. The sender uses the des key to encrypt important data. 2. the sender uses the RSA public key to encrypt the des key. 3. Send mes

bits, each iteration performs the same operation, and the input per round depends on the output of the previous round. Take the first round as an example, describing the operation process for each round of iterations as follows:① the output m of the i-1 wheel as input to this wheel, and divides the input into two parts with equal left and right lengths, recorded as M=l R, and L and R are the left and right n bits of M respectively.The ② will swap the

parameters that need to be passed in the URL by the Get method */ function Args_encode ($data) { if (Is_array ($data)) { $string = Http_build_query ($data); Return Base64_encode ($string); } else { return false; } } /*** Get the parameters passed in the URL in the Get mode*/function Getargs () {$string = Base64_decode ($_get[' args ');Parse_str ($string, $g);return $g;} http://www.bkjia.com/PHPjc/896780.html www.bkjia.com true http://www.bkjia.com/PHPjc/896780.html techarticle PHP

Recently made a mobile project, there are server and client types of projects, the client is to log on, the server will also return data, the server is developed in Java, the client to support multiple platforms (Android, iOS), while processing IOS data encryption encountered some problems. At first, the solution was DES encryption, the boss said

The DES algorithm has three entry parameters: Key, Data, Mode. Where key is 8 bytes A total of 64 bits, is the working key of the DES algorithm, the data is 8 bytes 64 bits, is to be encrypted or decrypted, the mode for DES works, there are two kinds: encryption or decryption.The D