Uses of Package
com.amazonaws.encryptionsdk

Packages that use com.amazonaws.encryptionsdk

Package	Description
com.amazonaws.encryptionsdk	Contains AwsCrypto, the primary entry-point to the Aws Encryption SDK.
com.amazonaws.encryptionsdk.internal	Contains the internal classes that handle the cryptographic defined by the message formats and algorithms.
com.amazonaws.encryptionsdk.jce	Contains logic necessary to create MasterKeys with raw cryptographic keys, Keys, or KeyStore.
com.amazonaws.encryptionsdk.kms	Contains logic necessary to create MasterKeys backed by AWS KMS keys.
com.amazonaws.encryptionsdk.model	Contains the classes that implement the defined message format for storing the encrypted content and the data key.
com.amazonaws.encryptionsdk.multi	Contains logic necessary to create MasterKeyProviders which are backed by multiple MasterKeyProviders.

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk

Class and Description
CryptoAlgorithm Describes the cryptographic algorithms available for use in this library.
CryptoInputStream A CryptoInputStream is a subclass of java.io.InputStream.
CryptoOutputStream A CryptoOutputStream is a subclass of java.io.OutputStream.
CryptoResult Represents the result of an operation by AwsCrypto.
DataKey Represents both the cleartext and encrypted bytes of a data key.
EncryptedDataKey
MasterKey Represents the cryptographic key used to protect the DataKey (which, in turn, protects the data).
MasterKeyProvider Represents the logic necessary to select and construct MasterKeys for encrypting and decrypting messages.
MasterKeyRequest Contains information which MasterKeyProviders can use to select which MasterKeys to use to protect a given plaintext.
MasterKeyRequest.Builder
ParsedCiphertext Exposes header information of ciphertexts to make it easier to inspect the algorithm, keys, and encryption context prior to decryption.

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk.internal

Class and Description
CryptoAlgorithm Describes the cryptographic algorithms available for use in this library.
MasterKey Represents the cryptographic key used to protect the DataKey (which, in turn, protects the data).
MasterKeyProvider Represents the logic necessary to select and construct MasterKeys for encrypting and decrypting messages.

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk.jce

Class and Description
CryptoAlgorithm Describes the cryptographic algorithms available for use in this library.
DataKey Represents both the cleartext and encrypted bytes of a data key.
EncryptedDataKey
MasterKey Represents the cryptographic key used to protect the DataKey (which, in turn, protects the data).
MasterKeyProvider Represents the logic necessary to select and construct MasterKeys for encrypting and decrypting messages.
MasterKeyRequest Contains information which MasterKeyProviders can use to select which MasterKeys to use to protect a given plaintext.

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk.kms

Class and Description
CryptoAlgorithm Describes the cryptographic algorithms available for use in this library.
DataKey Represents both the cleartext and encrypted bytes of a data key.
EncryptedDataKey
MasterKey Represents the cryptographic key used to protect the DataKey (which, in turn, protects the data).
MasterKeyProvider Represents the logic necessary to select and construct MasterKeys for encrypting and decrypting messages.
MasterKeyRequest Contains information which MasterKeyProviders can use to select which MasterKeys to use to protect a given plaintext.

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk.model

Class and Description
CryptoAlgorithm Describes the cryptographic algorithms available for use in this library.
EncryptedDataKey

Classes in com.amazonaws.encryptionsdk used by com.amazonaws.encryptionsdk.multi

Class and Description
MasterKey Represents the cryptographic key used to protect the DataKey (which, in turn, protects the data).
MasterKeyProvider Represents the logic necessary to select and construct MasterKeys for encrypting and decrypting messages.