materials

type BaseCache interface {
	PutEncryptionEntry(cacheKey []byte, m EncryptionMaterials, n int) (*CacheEntry[EncryptionMaterials], error)
	PutDecryptionEntry(cacheKey []byte, m DecryptionMaterials) (*CacheEntry[DecryptionMaterials], error)
	GetEncryptionEntry(cacheKey []byte, n int) (*CacheEntry[EncryptionMaterials], error)
	GetDecryptionEntry(cacheKey []byte) (*CacheEntry[DecryptionMaterials], error)
}

type CacheEntry[V EncryptionMaterials | DecryptionMaterials] struct {
	// contains filtered or unexported fields
}

type CachingCryptoMaterialsManager struct {
	// contains filtered or unexported fields
}

type CryptoMaterialsManager interface {
	GetEncryptionMaterials(ctx context.Context, request EncryptionMaterialsRequest) (*EncryptionMaterials, error)
	DecryptMaterials(ctx context.Context, request DecryptionMaterialsRequest) (*DecryptionMaterials, error)
	GetInstance() CryptoMaterialsManager // TODO research and test
}

type DecryptionMaterials struct {
	// contains filtered or unexported fields
}

type DecryptionMaterialsRequest struct {
	Algorithm         *suite.AlgorithmSuite
	EncryptedDataKeys []keys.EncryptedDataKeyI
	EncryptionContext suite.EncryptionContext
	CommitmentPolicy  suite.CommitmentPolicy // TODO andrew remove unused
}

type DefaultCryptoMaterialsManager struct {
	// contains filtered or unexported fields
}

type EncryptionMaterials struct {
	// contains filtered or unexported fields
}

type EncryptionMaterialsRequest struct {
	EncryptionContext suite.EncryptionContext
	FrameLength       int    // TODO andrew remove unused
	PlaintextRoStream []byte // TODO andrew remove unused
	Algorithm         *suite.AlgorithmSuite
	PlaintextLength   int
	CommitmentPolicy  suite.CommitmentPolicy // TODO andrew remove unused
}

type MemoryCache struct {
	// contains filtered or unexported fields
}