Utilities.IO.Encryption.Interfaces.ISymmetric Interface Reference

Symmetric encryption More...

Inheritance diagram for Utilities.IO.Encryption.Interfaces.ISymmetric:

Public Member Functions
bool	CanHandle (string Algorithm)
	Can this handle the algorithm specified More...
byte[]	Decrypt (byte[] Data, string Key, string Algorithm, string Salt="Kosher", string HashAlgorithm="SHA1", int PasswordIterations=2, string InitialVector="OFRna73m*aze01xY", int KeySize=256)
	Decrypts a byte array More...
byte[]	Decrypt (byte[] Data, DeriveBytes Key, string Algorithm="AES", string InitialVector="OFRna73m*aze01xY", int KeySize=256)
	Decrypts a byte array More...
byte[]	Encrypt (byte[] Data, string Key, string Algorithm, string Salt="Kosher", string HashAlgorithm="SHA1", int PasswordIterations=2, string InitialVector="OFRna73m*aze01xY", int KeySize=256)
	Encrypts a byte array More...
byte[]	Encrypt (byte[] Data, DeriveBytes Key, string Algorithm="AES", string InitialVector="OFRna73m*aze01xY", int KeySize=256)
	Encrypts a byte array More...

Properties
string	Name [get]
	Name of the symmetric encryptor More...

Detailed Description

Symmetric encryption

Definition at line 29 of file ISymmetric.cs.

Member Function Documentation

bool Utilities.IO.Encryption.Interfaces.ISymmetric.CanHandle

(

string

Algorithm

)

Can this handle the algorithm specified

Parameters

Algorithm

The algorithm name

Returns

True if it can, false otherwise

Implemented in Utilities.IO.Encryption.BaseClasses.SymmetricBase.

byte [] Utilities.IO.Encryption.Interfaces.ISymmetric.Decrypt	(	byte[]	Data,
		string	Key,
		string	Algorithm,
		string	Salt = "Kosher",
		string	HashAlgorithm = "SHA1",
		int	PasswordIterations = 2,
		string	InitialVector = "OFRna73m*aze01xY",
		int	KeySize = 256
	)

Decrypts a byte array

Parameters

Data	Data to be decrypted
Key	Password to decrypt with
Algorithm	Algorithm to use for decryption
Salt	Salt to decrypt with
HashAlgorithm	Can be either SHA1 or MD5
PasswordIterations	Number of iterations to do
InitialVector	Needs to be 16 ASCII characters long
KeySize	Can be 64 (DES only), 128 (AES), 192 (AES and Triple DES), or 256 (AES)

Returns

A decrypted byte array

Implemented in Utilities.IO.Encryption.BaseClasses.SymmetricBase.

byte [] Utilities.IO.Encryption.Interfaces.ISymmetric.Decrypt	(	byte[]	Data,
		DeriveBytes	Key,
		string	Algorithm = "AES",
		string	InitialVector = "OFRna73m*aze01xY",
		int	KeySize = 256
	)

Decrypts a byte array

Parameters

Data	Data to be decrypted
Key	Password to decrypt with
Algorithm	Algorithm to use for decryption
InitialVector	Needs to be 16 ASCII characters long
KeySize	Can be 64 (DES only), 128 (AES), 192 (AES and Triple DES), or 256 (AES)

Returns

A decrypted byte array

Implemented in Utilities.IO.Encryption.BaseClasses.SymmetricBase.

byte [] Utilities.IO.Encryption.Interfaces.ISymmetric.Encrypt	(	byte[]	Data,
		string	Key,
		string	Algorithm,
		string	Salt = "Kosher",
		string	HashAlgorithm = "SHA1",
		int	PasswordIterations = 2,
		string	InitialVector = "OFRna73m*aze01xY",
		int	KeySize = 256
	)

Encrypts a byte array

Parameters

Data	Data to be encrypted
Key	Password to encrypt with
Salt	Salt to encrypt with
HashAlgorithm	Can be either SHA1 or MD5
PasswordIterations	Number of iterations to do
InitialVector	Needs to be 16 ASCII characters long
KeySize	Can be 64 (DES only), 128 (AES), 192 (AES and Triple DES), or 256 (AES)
Algorithm	Algorithm

Returns

An encrypted byte array

Implemented in Utilities.IO.Encryption.BaseClasses.SymmetricBase.

byte [] Utilities.IO.Encryption.Interfaces.ISymmetric.Encrypt	(	byte[]	Data,
		DeriveBytes	Key,
		string	Algorithm = "AES",
		string	InitialVector = "OFRna73m*aze01xY",
		int	KeySize = 256
	)

Encrypts a byte array

Parameters

Data	Data to be encrypted
Key	Password to encrypt with
InitialVector	Needs to be 16 ASCII characters long
KeySize	Can be 64 (DES only), 128 (AES), 192 (AES and Triple DES), or 256 (AES)
Algorithm	Algorithm

Returns

An encrypted byte array

Implemented in Utilities.IO.Encryption.BaseClasses.SymmetricBase.

Property Documentation

string Utilities.IO.Encryption.Interfaces.ISymmetric.Name

get

Name of the symmetric encryptor

Definition at line 34 of file ISymmetric.cs.

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The documentation for this interface was generated from the following file:

• Utilities/IO/Encryption/Interfaces/ISymmetric.cs