Member Function Documentation

DecryptRequest::DecryptRequest(QObject *parent = Q_NULLPTR)

Constructs a new DecryptRequest object with the given parent.

DecryptRequest::~DecryptRequest()

Destroys the DecryptRequest

QByteArray DecryptRequest::authenticationData() const

Returns the authentication data for the decrypt operation

Note: Getter function for property authenticationData.

See also setAuthenticationData().

QByteArray DecryptRequest::authenticationTag() const

Returns the authentication tag for the decrypt operation

Note: Getter function for property authenticationTag.

See also setAuthenticationTag().

Sailfish::Crypto::CryptoManager::BlockMode DecryptRequest::blockMode() const

Returns the block mode to be used when decrypting the data

Note: Getter function for property blockMode.

See also setBlockMode().

QString DecryptRequest::cryptoPluginName() const

Returns the name of the crypto plugin which the client wishes to perform the decryption operation

Note: Getter function for property cryptoPluginName.

See also setCryptoPluginName().

[virtual] QVariantMap DecryptRequest::customParameters() const

See also setCustomParameters().

QByteArray DecryptRequest::data() const

Returns the data which the client wishes to decrypt

Note: Getter function for property data.

See also setData().

QByteArray DecryptRequest::initializationVector() const

Returns the initialization vector which the client wishes to use when decrypting the data

Note: Getter function for property initializationVector.

See also setInitializationVector().

Sailfish::Crypto::Key DecryptRequest::key() const

Returns the key the client wishes to be used to decrypt data

Note: Getter function for property key.

See also setKey().

[virtual] Sailfish::Crypto::CryptoManager *DecryptRequest::manager() const

See also setManager().

Sailfish::Crypto::CryptoManager::EncryptionPadding DecryptRequest::padding() const

Returns the encryption padding mode to be used when decrypting the data

Note: Getter function for property padding.

See also setPadding().

QByteArray DecryptRequest::plaintext() const

Returns the plaintext result of the decryption operation.

Note: this value is only valid if the status of the request is Request::Finished.

Note: Getter function for property plaintext.

[virtual] Sailfish::Crypto::Result DecryptRequest::result() const

void DecryptRequest::setAuthenticationData(const QByteArray &data)

Sets the authentication data for the decrypt operation

This is only required if performing an authenticated decryption.

Note: Setter function for property authenticationData.

See also authenticationData().

void DecryptRequest::setAuthenticationTag(const QByteArray &authenticationTag)

Sets the authentication tag for the decrypt operation

This is only required if performing an authenticated decryption.

Note: Setter function for property authenticationTag.

See also authenticationTag().

void DecryptRequest::setBlockMode(Sailfish::Crypto::CryptoManager::BlockMode mode)

Sets the block mode to be used when decrypting the data to the given mode

Note: Setter function for property blockMode.

See also blockMode().

void DecryptRequest::setCryptoPluginName(const QString &pluginName)

Sets the name of the crypto plugin which the client wishes to perform the decryption operation to pluginName

Note: Setter function for property cryptoPluginName.

See also cryptoPluginName().

[virtual] void DecryptRequest::setCustomParameters(const QVariantMap &params)

See also customParameters().

void DecryptRequest::setData(const QByteArray &data)

Sets the data which the client wishes to decrypt to data

Note: Setter function for property data.

See also data().

void DecryptRequest::setInitializationVector(const QByteArray &iv)

Sets the initialization vector which the client wishes to use when decrypting the data to iv

Note that this is only applicable for certain key types using certain modes of encryption (e.g. CBC mode with AES symmetric keys).

The client must specify the same initialization vector when decrypting the cipher text as they used when encrypting it. The initialization vector is not secret, and can be stored along with the ciphertext, however it should be generated using a cryptographically secure random number generator (see GenerateRandomDataRequest) and must be the appropriate size according to the cipher.

Note: Setter function for property initializationVector.

See also initializationVector().

[virtual] void DecryptRequest::setManager(Sailfish::Crypto::CryptoManager *manager)

See also manager().

void DecryptRequest::setPadding(Sailfish::Crypto::CryptoManager::EncryptionPadding padding)

Sets the encryption padding mode to be used when decrypting the data to the given padding

Note: Setter function for property padding.

See also padding().

[virtual] void DecryptRequest::startRequest()

Reimplemented from Request::startRequest().

Starts a decryption operation.

If authenticationData has been set, the decryption operation will be authenticated using the authenticationData and authenticationTag values.

[virtual] Sailfish::Crypto::Request::Status DecryptRequest::status() const

Sailfish::Crypto::CryptoManager::VerificationStatus DecryptRequest::verificationStatus() const

Returns the verification result of the decryption operation.

Note: this value is only valid if the status of the request is Request::Finished.

Note: Getter function for property verificationStatus.

[virtual] void DecryptRequest::waitForFinished()