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Package oracle.security.xmlsec.saml2.ac

Contains classes supporting SAML Authentication Context Basic Types.

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Description

Interface Summary

AuthenticatorTransport	An interface that is intended to group the various authenticator transport protocols.
AuthenticatorType	An interface that is intended to group the various authentication mechanisms.
Protection	An interface that is intended to group the various protection mechanisms.

Class Summary

ActivationLimit	Represents the length of time for which an PIN-based authentication is valid.
ActivationLimitDuration	Represents the key activation limit, which is defined as a duration of time.
ActivationLimitSession	Represents the key activation limit, which is defined as the session.
ActivationLimitUsages	Represents the key activation limit, which is defined as the number of usages.
ActivationPin	Represents a Pin (Personal Identification Number) that was used to authenticate the Principal to some local system in order to activate a key.
ADSL	Represents an authenticator that was transmitted over an ADSL network with no additional security protocols.
Alphabet	Represents an alphabet.
AsymmetricDecryption	Represents Principal authentication by a mechanism that involves using a local private key in the decryption mode (rather than the signature mode).
AsymmetricKeyAgreement	Represents Principal authentication using a mechanism involving a local private key that was used in a shared secret key agreement with the authenticating authority (via Diffie Hellman).
AuthenticationContextDeclaration	Represents a particular assertion on an IDP's part with respect to the authentication context associated with an authentication assertion.
Authenticator	Represents the method applied to validate a principal's authenticator across a network.
AuthenticatorSequenceGroup	Represents a sequence of authenticators.
AuthenticatorTransportProtocol	Represents the protocol using which authenticator information is transferred to an authentication authority verifier.
AuthnMethod	Represents characteristics that define the mechanisms by which the Principal authenticates with the Authentication Authority.
BooleanType	Represents a Boolean type.
ComplexAuthenticator	Represents Authenticator's with nested combinations and additional complexity.
DeactivationCallCenter	Represents Deactivation Call Center information.
DeviceType	Represents the type of time synchronization device.
DigSig	Represents Principal authentication by a mechanism that involves the Principal computing a digital signature over challenge data provided by the IDP.
Extension	Represents a schema extension.
ExtensionsType	Represents an ExtensionOnlyType schema type.
Generation	Represents how the password was chosen.
Generation.GenerationType	Represents the password generation mechanism.
GoverningAgreementRef	Represents a reference to a governing agreement.
GoverningAgreements	Represents governing business agreements.
HTTP	Represents that the authenticator was transmitted using HTTP utilizing no additional security protocols.
Identification	Represents the identity proofing processes and mechanisms used by the authentication authority to initially create an association between a Principal and the identity referring to the Principal.
IPAddress	Represents Principal authentication through connection from a particular IP address
IPSec	Represents an authenticator that was transmitted using a transport mechanism protected by an IPSEC session.
ISDN	Represents an authenticator that was transmitted over an ISDN network with no additional security protocols.
KeyActivation	Represents the action that must be performed before a private key can be used.
KeySharing	Represents sharing of the private key with a Certificate Authority.
KeyStorage	Represents a key storage medium.
Length	Represents the minimum and/or maximum number of ASCII characters required to represent a valid password.
MediumType	Defines identifiers for various type of key storage medium.
MobileNetworkEndToEndEncryption	Represents that the authenticator was transmitted solely across a mobile network with end to end encryption.
MobileNetworkNoEncryption	Represents that the authenticator was transmitted solely across a mobile network with no additional security protocols.
MobileNetworkRadioEncryption	Represents that the authenticator was transmitted solely across a mobile network with radio communications being encrypted..
NYM	Defines identifiers that indicate whether or not the identification mechanisms allow the actions of the Principal to be linked to the actual end user.
OperationalProtection	Represents the porcedural security controls employed by the authentication authority.
Password	Represents the password (or passphrase) used to authenticate the Principal to a remote system.
PhysicalVerification	Represents the identifcation or identity proofing that has been performed in a physical face to face meeting.
PhysicalVerification.CredentialLevel	Represents the level of the credential.
PreviousSession	Represents that the Principal has been strongly authenticated in a previous session during which the IDP has set a cookie in the UA.
PrincipalAuthenticationMechanism	Represents a method that a Principal employs to perform authentication to local system components.
PrivateKeyProtection	Represents the types and strengths of facilities of a UA used to protect a private key from unauthorized access and/or use.
PSTN	Represents that the authenticator was transmitted over an PSTN network with no additional security protocols.
PublicKeyType	Represents that the Principal has been authenticated by a public key cryptography mechanism.
RestrictedLength	Represents the minimum and/or maximum number of ASCII characters required to represent a valid password with a minimum value of 3.
RestrictedPassword	Represents the restricted password (or passphrase) used to authenticate the Principal to a remote system.
ResumeSession	Represents that the Principal has been strongly authenticated in a previous session during which a secret was established.
SecretKeyProtection	Represents the types and strengths of facilities of a UA used to protect a secret key from unauthorized access and/or use.
SecurityAudit	Represents an audit of the operational security procedures.
SharedSecretChallengeResponse	Represents Principal authentication using a challenge-response protocol utilizing shared secret keys and symmetric cryptography.
SharedSecretDynamicPlaintext	Represents Principal authentication was based on a shared secret key, which is then used to encrypt a randomized string to pass to the authentication authority.
Smartcard	Represents that a smartcard was used to identity the Principal.
SSL	Represents that the authenticator was transmitted using a transport mechanism protected by a SSL or TLS session.
SubscriberLineNumber	Represents a subscriber line number.
SwitchAudit	Represents a switch audit.
TechnicalProtection	Represents the characteristics that describe how the authentication secret that allows the Principal to authenticate is kept secure.
TimeSyncToken	Represents a time synchronization token is used to identify the Principal.
Token	Represents a Token used to identify the Principal.
UserSuffix	Represents an user suffix.
WrittenConsent	Represents written consent information.
WTLS	Represents that the authenticator was transmitted using a transport mechanism protected by a WTLS session.
ZeroKnowledge	Represents Principal authentication by a zero knowledge technique as specified in ISO/IEC 9798-5.

Package oracle.security.xmlsec.saml2.ac Description

Contains classes supporting SAML Authentication Context Basic Types.

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