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GeCipher256 class provides means to encrypt and decrypt data.

警告: This class only uses a simple and insecure scrambling. Use advanced algorithms like AES if security is really needed.; For encryption using the MAXON API see Stream Conversions Manual .

// This example demonstrates the encryption and decryption of a string.

Char plainText[] = "O brave new world / That has such people in't!" ; const Int32 length = sizeof (plainText); ApplicationOutput ( "Plain Text: @" _s, maxon::String (plainText));

// Define an en-/decryption key. const Char key[32] = { '7' , 'c' , '3' , '0' , 'e' , '0' , '0' , 'b' , 'b' , '6' , '2' , '7' , '1' , '4' , '9' , '5' }; const Int32 keyLength = sizeof (key); // in bytes

// Initialize GeCipher256 instance. GeCipher256 cipher; if (!cipher. Open (key, keyLength, false )) return maxon::UnexpectedError( MAXON_SOURCE_LOCATION , "The function exited unexpectedly on initializing GeCipher256" _s);

// Encryption is in-situ. cipher. Encrypt (plainText, length);

// Get a copy of the encrypted string, just for the purpose of displaying it on console. Char plainTextEncoded[ sizeof (plainText) + 1]; // one extra byte for null termination CopyMem (plainText, plainTextEncoded, length); plainTextEncoded[ sizeof (plainText)] = 0; // string null termination

// Note: This is too simple and might only show part of the string, if the encoded string contains null bytes. ApplicationOutput ( "Encoded Text: @" _s, maxon::String (plainTextEncoded));

// Decryption is in-situ. cipher. Decrypt (plainText, length); const maxon::String str { ( char *)plainText }; ApplicationOutput ( "Decoded text: @" _s, str); cipher. 关闭 ();