Supported kind of keys

Asymmetric DSA key with SHA1 for signature purposes.

Uses a private DSA key for signature and needs an associated public DSA key or X509 certificate containing it, to verify it.

See specification for details.

Asymmetric RSA key with SHA1 for signature purposes.

Uses a private RSA key for signature and needs an associated public RSA key or X509 certificate containing it, to verify it.

Asymmetric RSA key with SHA256 for signature purposes.

Uses a private RSA key for signature and needs an associated public RSA key or X509 certificate containing it, to verify it.

Message Authentication Code key with SHA1 for signature purposes.

Uses the same password for signature and to verify it, and key size is free.

Message Authentication Code key with SHA256 for signature purposes.

Uses the same password for signature and to verify it, and key size is free.

Symmetric AES128 key for encryption purposes.

Uses a common key of 128bits for encrypting and decrypting XML documents.

Symmetric AES192 key for encryption purposes.

Uses a common key of 192bits for encrypting and decrypting XML documents.

Symmetric AES256 key for encryption purposes.

Uses a common key of 256bits for encrypting and decrypting XML documents.

Symmetric TripleDes key for encryption purposes.

Uses a common key of 192bits for encrypting and decrypting XML documents.

Symmetric AES128 key wrap for key encryption purposes.

Uses a common key of 128bits for encrypting and decrypting a symmetric key.

Symmetric AES192 key wrap for key encryption purposes.

Uses a common key of 192bits for encrypting and decrypting a symmetric key.

Symmetric AES256 key wrap for key encryption purposes.

Uses a common key of 256bits for encrypting and decrypting a symmetric key.

Symmetric TripleDes key wrap for key encryption purposes.

Uses a common key of 192bits for encrypting and decrypting a symmetric key.

Asymmetric RSA key for key encryption purposes.

Uses a public RSA key or a X509 certificate containing it to encrypt a symmetric key, and needs the associated private RSA key to decrypt it.

Asymmetric RSA key for key encryption purposes.

Uses a public RSA key or a X509 certificate containing it to encrypt a symmetric key, and needs the associated private RSA key to decrypt it.