use of org.cryptomator.common.Constants.MASTERKEY_FILENAME in project cryptomator by cryptomator.
the class CreateNewVaultPasswordController method initializeVault.
private void initializeVault(Path path) throws IOException {
// 1. write masterkey:
Path masterkeyFilePath = path.resolve(MASTERKEY_FILENAME);
try (Masterkey masterkey = Masterkey.generate(csprng)) {
masterkeyFileAccess.persist(masterkey, masterkeyFilePath, newPasswordSceneController.passwordField.getCharacters());
// 2. initialize vault:
try {
MasterkeyLoader loader = ignored -> masterkey.copy();
CryptoFileSystemProperties fsProps = CryptoFileSystemProperties.cryptoFileSystemProperties().withCipherCombo(CryptorProvider.Scheme.SIV_CTRMAC).withKeyLoader(loader).build();
CryptoFileSystemProvider.initialize(path, fsProps, DEFAULT_KEY_ID);
// 3. write vault-internal readme file:
String vaultReadmeFileName = resourceBundle.getString("addvault.new.readme.accessLocation.fileName");
try (//
FileSystem fs = CryptoFileSystemProvider.newFileSystem(path, fsProps);
WritableByteChannel ch = Files.newByteChannel(fs.getPath("/", vaultReadmeFileName), StandardOpenOption.CREATE_NEW, StandardOpenOption.WRITE)) {
ch.write(US_ASCII.encode(readmeGenerator.createVaultAccessLocationReadmeRtf()));
}
} catch (CryptoException e) {
throw new IOException("Failed initialize vault.", e);
}
}
// 4. write vault-external readme file:
String storagePathReadmeFileName = resourceBundle.getString("addvault.new.readme.storageLocation.fileName");
try (WritableByteChannel ch = Files.newByteChannel(path.resolve(storagePathReadmeFileName), StandardOpenOption.CREATE_NEW, StandardOpenOption.WRITE)) {
ch.write(US_ASCII.encode(readmeGenerator.createVaultStorageLocationReadmeRtf()));
}
LOG.info("Created vault at {}", path);
}
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