Uses of Class
org.bouncycastle.crypto.fips.FipsEC.MQVAgreementParameters
Packages that use FipsEC.MQVAgreementParameters
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Uses of FipsEC.MQVAgreementParameters in org.bouncycastle.crypto.fips
Methods in org.bouncycastle.crypto.fips that return FipsEC.MQVAgreementParametersModifier and TypeMethodDescriptionFipsEC.MQVAgreementParametersBuilder.using(AsymmetricECPrivateKey ephemeralPrivateKey, AsymmetricECPublicKey otherPartyEphemeralKey) Constructor for EC MQV parameters which assumes later calculation of our ephemeral public key.FipsEC.MQVAgreementParametersBuilder.using(AsymmetricECPublicKey ephemeralPublicKey, AsymmetricECPrivateKey ephemeralPrivateKey, AsymmetricECPublicKey otherPartyEphemeralKey) Constructor for EC MQV parameters which results in an agreement returning the raw value.FipsEC.MQVAgreementParametersBuilder.using(AsymmetricKeyPair ephemeralKeyPair, AsymmetricECPublicKey otherPartyEphemeralKey) Constructor for EC MQV parameters from an ephemeral public/private key pair.FipsEC.MQVAgreementParameters.withDigest(FipsAlgorithm digestAlgorithm) Add a digest algorithm to process the Z value with.FipsEC.MQVAgreementParameters.withKDF(FipsKDF.AgreementKDFParametersBuilder kdfType, byte[] iv, int outputSize) Add a KDF to process the Z value with.FipsEC.MQVAgreementParameters.withPRF(FipsKDF.PRF prfAlgorithm, byte[] salt) Add a PRF algorithm and salt to process the Z value with (as in SP 800-56C)Methods in org.bouncycastle.crypto.fips that return types with arguments of type FipsEC.MQVAgreementParametersModifier and TypeMethodDescriptionFipsEC.MQVAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsEC.MQVAgreementParameters parameters) Return an Agreement operator based on MQV using EC keys.Methods in org.bouncycastle.crypto.fips with parameters of type FipsEC.MQVAgreementParametersModifier and TypeMethodDescriptionFipsEC.MQVAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsEC.MQVAgreementParameters parameters) Return an Agreement operator based on MQV using EC keys.