@FXML
public void setPasswordClicked(ActionEvent event) {
if (!pass1.getText().equals(pass2.getText())) {
informationalAlert(tr("Passwords do not match"), tr("Try re-typing your chosen passwords."));
return;
}
String password = pass1.getText();
// This is kind of arbitrary and we could do much more to help people pick strong passwords.
if (password.length() < 4) {
informationalAlert(
tr("Password too short"),
tr("You need to pick a password at least five characters or longer."));
return;
}
fadeIn(progressMeter);
fadeOut(widgetGrid);
fadeOut(explanationLabel);
fadeOut(buttonHBox);
KeyCrypterScrypt scrypt = new KeyCrypterScrypt(SCRYPT_PARAMETERS);
// Deriving the actual key runs on a background thread. 500msec is empirical on my laptop
// (actual val is more like 333 but we give padding time).
KeyDerivationTasks tasks =
new KeyDerivationTasks(scrypt, password, estimatedKeyDerivationTime) {
@Override
protected void onFinish(KeyParameter aesKey, int timeTakenMsec) {
// Write the target time to the wallet so we can make the progress bar work when
// entering the password.
WalletPasswordController.setTargetTime(Duration.ofMillis(timeTakenMsec));
// The actual encryption part doesn't take very long as most private keys are derived on
// demand.
log.info("Key derived, now encrypting");
Main.bitcoin.wallet().encrypt(scrypt, aesKey);
log.info("Encryption done");
informationalAlert(
tr("Wallet encrypted"),
tr("You can remove the password at any time from the settings screen."));
overlayUI.done();
}
};
progressMeter.progressProperty().bind(tasks.progress);
tasks.start();
}
public void initialize() {
progressMeter.setOpacity(0);
}