Uses of Class
com.entrust.toolkit.x509.policies.EntrustSigConfig

Packages that use EntrustSigConfig

Package	Description
com.entrust.toolkit.credentials	Contains classes the enable creation, recovery, reading, and writing of digital identities using a variety of key sources, classes for implementing the Toolkit's KeyStore capabilities, and classes to support integration with a Smart Card Management System.
com.entrust.toolkit.x509.policies	Contains classes used to check security policies issued by an Entrust PKI — password rules and client settings, for example.

Uses of EntrustSigConfig in com.entrust.toolkit.credentials

Methods in com.entrust.toolkit.credentials that return types with arguments of type EntrustSigConfig

Modifier and Type	Method and Description
java.util.List<EntrustSigConfig>	EntrustP10CertRetriever.getDefaultProtocolSigningAlgs() Gets the caller configured default value for the protocol signing algorithm configuration list.
java.util.List<EntrustSigConfig>	CMPForCardMS.getDefaultProtocolSigningAlgs() Gets the caller configured default value for the protocol signing algorithm configuration list.

Method parameters in com.entrust.toolkit.credentials with type arguments of type EntrustSigConfig

Modifier and Type	Method and Description
void	EntrustP10CertRetriever.setDefaultProtocolSigningAlgs(java.util.List<EntrustSigConfig> defaultProtocolSigningAlgs) Sets the caller configured default value for the protocol signing algorithm configuration list.
void	CMPForCardMS.setDefaultProtocolSigningAlgs(java.util.List<EntrustSigConfig> defaultProtocolSigningAlgs) Sets the caller configured default value for the protocol signing algorithm configuration list.

Uses of EntrustSigConfig in com.entrust.toolkit.x509.policies

Subclasses of EntrustSigConfig in com.entrust.toolkit.x509.policies

Modifier and Type	Class and Description
static class	EntrustSigConfig.MultipleAlgSigConfig A multiple algorithm signature algorithm configuration.
static class	EntrustSigConfig.SingleAlgSigConfig A single algorithm signature algorithm configuration.

Methods in com.entrust.toolkit.x509.policies that return EntrustSigConfig

Modifier and Type	Method and Description
static EntrustSigConfig	EntrustSigConfig.getInstance(java.lang.String name) Parses a signature algorithm configuration from string name representation.

Methods in com.entrust.toolkit.x509.policies that return types with arguments of type EntrustSigConfig

Modifier and Type	Method and Description
static java.util.List<EntrustSigConfig>	ClientSettings.getDefaultProtocolSigningAlgs(java.util.List<EntrustSigConfig> callerConfiguredDefaultProtocolSigningAlgs) Returns the default list of signature algorithms that are permitted for use in the PKIX-CMP protocol.
static java.util.List<EntrustSigConfig>	EntrustSigConfig.getListInstance(java.lang.String sigConfigAlgs, TraceLog traceLog, java.lang.String sourceName) Parses a list of signature algorithm configurations from string list representation.
java.util.List<EntrustSigConfig>	ClientSettings.getProtocolSigningAlgs(java.util.List<EntrustSigConfig> callerConfiguredDefaultProtocolSigningAlgs) Returns a list of signature algorithms that are permitted for use in the PKIX-CMP protocol.

Method parameters in com.entrust.toolkit.x509.policies with type arguments of type EntrustSigConfig

Modifier and Type	Method and Description
static java.util.List<EntrustSigConfig>	ClientSettings.getDefaultProtocolSigningAlgs(java.util.List<EntrustSigConfig> callerConfiguredDefaultProtocolSigningAlgs) Returns the default list of signature algorithms that are permitted for use in the PKIX-CMP protocol.
java.util.List<EntrustSigConfig>	ClientSettings.getProtocolSigningAlgs(java.util.List<EntrustSigConfig> callerConfiguredDefaultProtocolSigningAlgs) Returns a list of signature algorithms that are permitted for use in the PKIX-CMP protocol.
static EntrustSigConfig.SingleAlgSigConfig	EntrustSigConfig.getSigAlgConfig(java.security.Key key, java.util.List<EntrustSigConfig> sigAlgConfigList) Selects the signature algorithm configuration to be used with the provided key from a list of signature algorithm configurations ordered according to preference.