Deprecated API

Contents

• Fields
• Methods
• Constructors

Fields

Field	Description
com.amazonaws.encryptionsdk.internal.Constants.MESSAGE_ID_LEN	This value may change based on CryptoAlgorithm.getMessageIdLength()

Methods

Method	Description
com.amazonaws.encryptionsdk.AwsCrypto.decryptString(CryptoMaterialsManager, String)	Use the AwsCrypto.decryptData(CryptoMaterialsManager, byte[]) and AwsCrypto.encryptData(CryptoMaterialsManager, byte[], Map) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.AwsCrypto.decryptString(MasterKeyProvider<K>, String)	Use the AwsCrypto.decryptData(MasterKeyProvider, byte[]) and AwsCrypto.encryptData(MasterKeyProvider, byte[], Map) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.AwsCrypto.encryptString(CryptoMaterialsManager, String)	Use the AwsCrypto.encryptData(CryptoMaterialsManager, byte[]) and AwsCrypto.decryptData(CryptoMaterialsManager, byte[]) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.AwsCrypto.encryptString(CryptoMaterialsManager, String, Map<String, String>)	Use the AwsCrypto.encryptData(CryptoMaterialsManager, byte[], Map) and AwsCrypto.decryptData(CryptoMaterialsManager, byte[]) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.AwsCrypto.encryptString(MasterKeyProvider<K>, String)	Use the AwsCrypto.encryptData(MasterKeyProvider, byte[]) and AwsCrypto.decryptData(MasterKeyProvider, byte[]) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.AwsCrypto.encryptString(MasterKeyProvider<K>, String, Map<String, String>)	Use the AwsCrypto.encryptData(MasterKeyProvider, byte[], Map) and AwsCrypto.decryptData(MasterKeyProvider, byte[]) APIs instead. encryptString and decryptString work as expected if you use them together. However, to work with other language implementations of the AWS Encryption SDK, you need to base64-decode the output of encryptString and base64-encode the input to decryptString. These deprecated APIs will be removed in the future.
com.amazonaws.encryptionsdk.CryptoAlgorithm.deserialize(byte, short)	See CryptoAlgorithm.deserialize(byte, short)
com.amazonaws.encryptionsdk.internal.DecryptionHandler.create(CryptoMaterialsManager, CiphertextHeaders, CommitmentPolicy, SignaturePolicy, int)	This version may have to recalculate the number of bytes already parsed, which adds a performance penalty. Use DecryptionHandler.create(CryptoMaterialsManager, ParsedCiphertext, CommitmentPolicy, SignaturePolicy, int) instead, which makes the parsed byte count directly available instead.
com.amazonaws.encryptionsdk.internal.DecryptionHandler.create(MasterKeyProvider<K>, CiphertextHeaders, CommitmentPolicy, SignaturePolicy, int)	This version may have to recalculate the number of bytes already parsed, which adds a performance penalty. Use DecryptionHandler.create(CryptoMaterialsManager, ParsedCiphertext, CommitmentPolicy, SignaturePolicy, int) instead, which makes the parsed byte count directly available instead.
com.amazonaws.encryptionsdk.kms.KmsMasterKeyProvider.addGrantToken(String)	This method is inherently not thread safe. Use KmsMasterKeyProvider.withGrantTokens(List) or KmsMasterKey.setGrantTokens(List) instead. KmsMasterKeyProviders constructed using the builder will throw an exception on attempts to modify the list of grant tokens.
com.amazonaws.encryptionsdk.kms.KmsMasterKeyProvider.setGrantTokens(List<String>)	This method is inherently not thread safe. Use KmsMasterKey.setGrantTokens(List) instead. KmsMasterKeyProviders constructed using the builder will throw an exception on attempts to modify the list of grant tokens.

Constructors

Constructor	Description
com.amazonaws.encryptionsdk.model.CiphertextHeaders(byte, CiphertextType, CryptoAlgorithm, byte[], List<KeyBlob>, ContentType, int)	CiphertextHeaders(CiphertextType, CryptoAlgorithm, byte[], List, ContentType, int)