SecurityAlgorithms Class
Definition
Defines constants for the URIs that represent the cryptographic algorithms that are used to encrypt XML and compute digital signatures for SOAP messages.
public ref class SecurityAlgorithms abstract sealed
public static class SecurityAlgorithms
type SecurityAlgorithms = class
Public Class SecurityAlgorithms
 Inheritance

SecurityAlgorithms
Fields
Aes128Encryption 
Specifies a URI that points to the 128bit AES cryptographic algorithm for encrypting XML. This field is constant. 
Aes128KeyWrap 
Specifies a URI that points to the 128bit AES cryptographic algorithm for encrypting and decrypting symmetric keys (key wrap). This field is constant. 
Aes192Encryption 
Specifies a URI that points to the 192bit AES cryptographic algorithm for encrypting XML. This field is constant. 
Aes192KeyWrap 
Specifies a URI that points to the 192bit AES cryptographic algorithm for encrypting and decrypting symmetric keys (key wrap). This field is constant. 
Aes256Encryption 
Specifies a URI that points to the 256bit AES cryptographic algorithm for encrypting XML. This field is constant. 
Aes256KeyWrap 
Specifies a URI that points to the 256bit AES cryptographic algorithm for encrypting and decrypting symmetric keys (key wrap). This field is constant. 
DesEncryption 
Specifies a URI that points to the DES cryptographic algorithm for encrypting XML. This field is constant. 
DsaSha1Signature 
Specifies a URI that points to the DSA cryptographic algorithm for digitally signing XML. This field is constant. 
ExclusiveC14n 
Represents the Exclusive XML Without Comments Canonicalization algorithm. This field is constant. 
ExclusiveC14nWithComments 
Represents the Exclusive XML With Comments Canonicalization algorithm. This field is constant. 
HmacSha1Signature 
Specifies a URI that points to the HMAC cryptographic algorithm for digitally signing XML. This field is constant. 
HmacSha256Signature 
Specifies a URI that points to the 256bit HMAC cryptographic algorithm for digitally signing XML. This field is constant. 
Psha1KeyDerivation 
Represents the PSHA1 key generation algorithm. This field is constant. 
Psha1KeyDerivationDec2005 
Represents the December 2007 version of the PSHA1 key generation algorithm. This field is constant. 
Ripemd160Digest 
Specifies a URI that points to the RIPEMD160 cryptographic digest algorithm. This field is constant. 
RsaOaepKeyWrap 
Specifies a URI that points to the RSAESOAEPENCRYPT cryptographic algorithm for encrypting and decrypting asymmetric keys (key wrap). This field is constant. 
RsaSha1Signature 
Specifies a URI that points to the RSASHA1 cryptographic algorithm for digitally signing XML. This field is constant. 
RsaSha256Signature 
Specifies a URI that points to the RSASHA256 cryptographic algorithm for digitally signing XML. This field is constant. 
RsaV15KeyWrap 
Specifies a URI that points to the RSAESPKCS1v1_5 cryptographic algorithm for encrypting and decrypting asymmetric keys (key wrap). This field is constant. 
Sha1Digest 
Specifies a URI that points to the 160bit SHA1 digest algorithm. This field is constant. 
Sha256Digest 
Specifies a URI that points to the 256bit SHA256 digest algorithm. This field is constant. 
Sha512Digest 
Specifies a URI that points to the 512bit SHA512 digest algorithm. This field is constant. 
StrTransform 
Represents the Security Token ReferenceTransform (STRTransform) algorithm. This field is constant. 
TlsSspiKeyWrap 
Specifies a URI that points to the Transport Layer Security (TLS) algorithm for encrypting and decrypting symmetric keys (key wrap). This field is constant. 
TripleDesEncryption 
Specifies a URI that points to the Triple DES cryptographic algorithm for encrypting XML. This field is constant. 
TripleDesKeyWrap 
Specifies a URI that points to the Triple DES cryptographic algorithm for encrypting and decrypting symmetric keys (key wrap). This field is constant. 
WindowsSspiKeyWrap 
Specifies a URI that points to the GSSAPI cryptographic algorithm for encrypting and decrypting Kerberos ticket session keys (key wrap). This field is constant. 