Uses of Class
org.wso2.carbon.crypto.api.CryptoContext

Packages that use CryptoContext

Package	Description
org.wso2.carbon.crypto.api

Uses of CryptoContext in org.wso2.carbon.crypto.api

Methods in org.wso2.carbon.crypto.api that return CryptoContext

Modifier and Type	Method and Description
static CryptoContext	CryptoContext.buildEmptyContext(int tenantId, String tenantDomain) Creates and returns a CryptoContext which has no attribute values other than the tenant information.

Methods in org.wso2.carbon.crypto.api with parameters of type CryptoContext

Modifier and Type	Method and Description
byte[]	CryptoService.decrypt(byte[] ciphertext, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext) Computes and returns the cleartext of the given ciphertext comes from an external entity.
byte[]	ExternalCryptoProvider.decrypt(byte[] ciphertext, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext, PrivateKeyInfo privateKeyInfo) Computes and returns the cleartext of the given ciphertext.
byte[]	CryptoService.encrypt(byte[] cleartext, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext) Computes and returns the ciphertext of the given cleartext, using asymmetric cryptography.
byte[]	ExternalCryptoProvider.encrypt(byte[] data, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext, CertificateInfo certificateInfo) Computes and returns the ciphertext of the given cleartext.
Certificate	CryptoService.getCertificate(CryptoContext cryptoContext) Returns the Certificate based on the given CryptoContext.
Certificate	ExternalCryptoProvider.getCertificate(CryptoContext cryptoContext, CertificateInfo certificateInfo) Returns the Certificate based on the given CryptoContext.
abstract CertificateInfo	KeyResolver.getCertificateInfo(CryptoContext cryptoContext) Returns the discovery information about a certificate, based on the given context.
PrivateKey	PrivateKeyRetriever.getPrivateKey(CryptoContext cryptoContext)
PrivateKey	ExternalCryptoProvider.getPrivateKey(CryptoContext cryptoContext, PrivateKeyInfo privateKeyInfo) Returns the PrivateKey based on the given CryptoContext.
abstract PrivateKeyInfo	KeyResolver.getPrivateKeyInfo(CryptoContext cryptoContext) Returns the discovery information about a private key, based on the given context.
default byte[]	CryptoService.hybridDecrypt(HybridEncryptionOutput hybridEncryptionOutput, String symmetricAlgorithm, String asymmetricAlgorithm, String javaSecurityProvider, CryptoContext cryptoContext) In hybrid decryption symmetric key used for encryption is decrypted with asymmetric decryption and cipher data is decrypted using symmetric decryption mechanism.
default byte[]	ExternalCryptoProvider.hybridDecrypt(HybridEncryptionOutput hybridEncryptionOutput, String symmetricAlgorithm, String asymmetricAlgorithm, String javaSecurityProvider, CryptoContext cryptoContext, PrivateKeyInfo privateKeyInfo) Computes and return clear data based on provided HybridEncryptionOutput.
default HybridEncryptionOutput	CryptoService.hybridEncrypt(HybridEncryptionInput hybridEncryptionInput, String symmetricAlgorithm, String asymmetricAlgorithm, String javaSecurityProvider, CryptoContext cryptoContext) In hybrid encryption clear data is encrypted using symmetric encryption mechanism and symmetric key used for encryption is encrypted with asymmetric encryption.
default HybridEncryptionOutput	ExternalCryptoProvider.hybridEncrypt(HybridEncryptionInput hybridEncryptionInput, String symmetricAlgorithm, String asymmetricAlgorithm, String javaSecurityProvider, CryptoContext cryptoContext, CertificateInfo certificateInfo) Computes and return a HybridEncryptionOutput based on provided HybridEncryptionInput.
abstract boolean	KeyResolver.isApplicable(CryptoContext cryptoContext) Checks whether this resolver is applicable for the given context.
byte[]	CryptoService.sign(byte[] data, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext) Computes and returns the signature of given data.
byte[]	ExternalCryptoProvider.sign(byte[] data, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext, PrivateKeyInfo privateKeyInfo) Computes and returns the signature of given data.
boolean	CryptoService.verifySignature(byte[] data, byte[] signature, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext) Verifies whether given signature of the given data was generated by a trusted external party.
boolean	ExternalCryptoProvider.verifySignature(byte[] data, byte[] signature, String algorithm, String javaSecurityAPIProvider, CryptoContext cryptoContext, CertificateInfo certificateInfo) Verifies whether given signature of the given data was generated by a trusted external party.