/** * Decrypts this identity with the specified pass-phrase. * @param passphrase the pass-phrase for this identity. * @return <tt>true</tt> if the decryption is succeeded * or this identity is not cyphered. */ public boolean setPassphrase(byte[] passphrase) throws JSchException{ return kpair.decrypt(passphrase); }
/** * Decrypts this identity with the specified pass-phrase. * @param passphrase the pass-phrase for this identity. * @return <tt>true</tt> if the decryption is succeeded * or this identity is not cyphered. */ public boolean setPassphrase(byte[] passphrase) throws JSchException{ return kpair.decrypt(passphrase); }
/** * Decrypts this identity with the specified pass-phrase. * @param passphrase the pass-phrase for this identity. * @return <tt>true</tt> if the decryption is succeeded * or this identity is not cyphered. */ public boolean setPassphrase(byte[] passphrase) throws JSchException{ return kpair.decrypt(passphrase); }
/** * Decrypts this identity with the specified pass-phrase. * * @param passphrase the pass-phrase for this identity. * @return <tt>true</tt> if the decryption is succeeded * or this identity is not cyphered. */ @Override public boolean setPassphrase(byte[] passphrase) { return kpair.decrypt(passphrase); }
@Override public boolean setPassphrase(byte[] passphrase) { return keyPair.decrypt(passphrase); }
/** * Decrypts this identity with the specified pass-phrase. * @param passphrase the pass-phrase for this identity. * @return <tt>true</tt> if the decryption is succeeded * or this identity is not cyphered. */ public boolean setPassphrase(byte[] passphrase) throws JSchException{ return kpair.decrypt(passphrase); }
@Override public boolean setPassphrase(byte[] passphrase) { return keyPair.decrypt(passphrase); }
@Override public boolean setPassphrase(byte[] passphrase) { return keyPair.decrypt(passphrase); }
public boolean decrypt(String _passphrase){ if(_passphrase==null || _passphrase.length()==0){ return !encrypted; } return decrypt(Util.str2byte(_passphrase)); } public boolean decrypt(byte[] _passphrase){
public boolean decrypt(String _passphrase){ if(_passphrase==null || _passphrase.length()==0){ return !encrypted; } return decrypt(Util.str2byte(_passphrase)); } public boolean decrypt(byte[] _passphrase){
public void decrypt(char[] passphrase) throws SshException { if (!kpair.decrypt(new String(passphrase))) { throw new SshException(SshException.INCORRECT_PASSPHRASE, "Incorrect passphrase, could not decrypt key."); } }
public boolean decrypt(String _passphrase){ if(_passphrase==null || _passphrase.length()==0){ return !encrypted; } return decrypt(Util.str2byte(_passphrase)); } public boolean decrypt(byte[] _passphrase){
public boolean decrypt(String _passphrase) { if (_passphrase == null || _passphrase.length() == 0) { return !encrypted; } return decrypt(Util.str2byte(_passphrase)); }
/** * decrypts the private key, using a passphrase. * @return true if the private key was successfully * decrypted, i.e. is now usable, else false. */ public boolean decrypt(String _passphrase){ if(_passphrase==null || _passphrase.length()==0){ return !encrypted; } return decrypt(Util.str2byte(_passphrase)); } /**
public boolean decrypt(byte[] _passphrase){ if(!encrypted){ return true; } if(_passphrase==null){ return !encrypted; } byte[] bar=new byte[_passphrase.length]; System.arraycopy(_passphrase, 0, bar, 0, bar.length); _passphrase=bar; byte[] foo=decrypt(data, _passphrase, iv); Util.bzero(_passphrase); if(parse(foo)){ encrypted=false; } return !encrypted; }
public boolean decrypt(byte[] _passphrase){ if(!encrypted){ return true; } if(_passphrase==null){ return !encrypted; } byte[] bar=new byte[_passphrase.length]; System.arraycopy(_passphrase, 0, bar, 0, bar.length); _passphrase=bar; byte[] foo=decrypt(data, _passphrase, iv); Util.bzero(_passphrase); if(parse(foo)){ encrypted=false; } return !encrypted; }
public boolean decrypt(byte[] _passphrase){ if(!encrypted){ return true; } if(_passphrase==null){ return !encrypted; } byte[] bar=new byte[_passphrase.length]; System.arraycopy(_passphrase, 0, bar, 0, bar.length); _passphrase=bar; byte[] foo=decrypt(data, _passphrase, iv); Util.bzero(_passphrase); if(parse(foo)){ encrypted=false; } return !encrypted; }
public boolean decrypt(byte[] _passphrase) { if (!encrypted) { return true; } if (_passphrase == null) { return !encrypted; } byte[] bar = new byte[_passphrase.length]; System.arraycopy(_passphrase, 0, bar, 0, bar.length); _passphrase = bar; byte[] foo = decrypt(data, _passphrase, iv); Util.bzero(_passphrase); if (parse(foo)) { encrypted = false; } return !encrypted; }
/** * decrypts the private key, using a passphrase. * @return true if the private key was successfully * decrypted, i.e. is now usable, else false. */ public boolean decrypt(byte[] _passphrase){ if(!encrypted){ return true; } if(_passphrase==null){ return !encrypted; } byte[] bar=new byte[_passphrase.length]; System.arraycopy(_passphrase, 0, bar, 0, bar.length); _passphrase=bar; byte[] foo=decrypt(data, _passphrase, iv); Util.bzero(_passphrase); if(parse(foo)){ encrypted=false; } return !encrypted; }
passphrase = askPassphrase(privatekeyFile, message); if (kpair.decrypt(passphrase)) { isValid = true; passphraseForKeys.put(privatekeyFile, passphrase);