 |
Encr_AES_CreateKeyAndIV |
Creates an encryption key and initialization vector, which can be used for AES encryption and decryption.
Encr_AES_CreateKeyAndIV ( switches ; passphrase ; salt ) |
Encr_AES_DecryptUsingKey |
Decrypts data with AES using an encryption key and initialization vector.
Encr_AES_DecryptUsingKey ( switches ; key ; initializationVector;
dataToDecrypt ; {paddingScheme} ) |
Encr_AES_EncryptUsingKey |
Encrypts data with AES using an encryption key and initialization vector.
Encr_AES_EncryptUsingKey ( switches ; key ; initializationVector ;
dataToEncrypt ; {paddingScheme} ) |
Encr_BinaryToNum |
Converts a binary number to its decimal representation.
Encr_BinaryToNum ( switches ; binaryNumber ) |
Encr_Checksum |
Sum of the ASCII values of the characters modulo 1024. ALL characters are counted, also non-printing characters like spaces and returns.
Encr_Checksum ( switches ; text ) |
Encr_Code |
Performs an encryption or decryption of the data field, depending on switches.
Encr_Code ( switches ; password ; data ) |
Encr_Compress |
Compresses text using a ZLIB algorithm.
Encr_Compress ( switches ; text ) |
Encr_DecodeBase64 |
Decodes a text formatted in Base64 to the original text.
Encr_DecodeBase64 ( switches ; text ) |
Encr_DecodeSafeAscii |
Decodes a text in the SafeASCII format to the original text.
Encr_DecodeSafeAscii ( switches ; text ) |
Encr_Decompress |
Decompresses text that was previously compressed.
Encr_Decompress ( switches ; text )