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Code Issues Releases Wiki Activity

Added Enigma KD, Added protocol version to ensure compatibility with upcoming releases, Added options to share configuration as string, organized sharing/receiving of configuration, moved preference-management to SettingsActivity, Added whats-New-Dialog that informs user about latest changes

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VanitasVitae 2015-10-30 17:22:00 +01:00
parent ba4a0f590f
commit 1f3c3d33a7
44 changed files with 3253 additions and 2614 deletions
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21
CHANGELOG.txt
View file

@ -1,4 +1,22 @@
CHANGELOG ENIGMANDROID
v1.0.0-not-yet-released<
*Added Enigma KD
*Added "protocol version" to QR-Code-shared configuration strings.
This breaks backwards compatibility to older versions, but I added it to enable backwards-
compatibility in upcoming releases.
*Configurations can now be shared to EnigmAndroid as text
*Moved preference management to SettingsActivity
*Added dialog to choose whether to share configuration via text or via QR-code
*Same for receiving
*Added TextBox to configuration-share-dialog that lets the user see and copy the configuration string.
*Added Whats-new-Dialog
*TODO: Move KD right below K?
*TODO: Add intent filters to recognize and automatically handle shared/copied configuration Strings
TODO: These are Strings starting with "EnigmAndroid/"
*TODO: Write tests to ensure correct functionality (Pull Requests welcome)
*TODO: Add multi-Enigma (select any rotor/reflector etc. Probably wont happen too soon)
v0.1.9-09.10.2015<
*Added option to share/receive configurations via QR-Code (ZXing Barcode Scanner)
*Prevent user from setting incomplete reflector wiring
@ -7,9 +25,6 @@ v0.1.9-09.10.2015<
*Completely verified correct functionality of Enigma T
*Added number spelling in spanish, italian
*Added backwards compatibility to API level 10 (Gingerbread 2.3.3)
*TODO: Write tests to ensure correct functionality
*TODO: Migrate preferences to SettingsActivity
*TODO: Add multi-Enigma (select any rotor/reflector etc. Probably wont happen too soon)
v0.1.8-27.09.2015<
*Added Enigma G31

1
app/src/main/AndroidManifest.xml
View file

@ -16,6 +16,7 @@
<category android:name="android.intent.category.LAUNCHER" />
</intent-filter>
<intent-filter>
<action android:name="android.intent.action.SEND" />
<category android:name="android.intent.category.DEFAULT" />

336
app/src/main/java/de/vanitasvitae/enigmandroid/Main2.java
View file

@ -1,336 +0,0 @@
package de.vanitasvitae.enigmandroid;
import android.app.Activity;
import android.app.AlertDialog;
import android.content.DialogInterface;
import android.content.Intent;
import android.content.pm.PackageInfo;
import android.content.pm.PackageManager;
import android.net.Uri;
import android.os.Bundle;
import android.util.Log;
import android.view.Menu;
import android.view.MenuItem;
import android.view.View;
import android.widget.TextView;
import android.widget.Toast;
import com.google.zxing.integration.android.IntentIntegrator;
import com.google.zxing.integration.android.IntentResult;
import java.math.BigInteger;
import java.security.SecureRandom;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.layout.LayoutContainer;
import de.vanitasvitae.enigmandroid.layout.PassphraseDialogBuilder;
/**
* Reimplementation of MainActivity
* Created by vanitas on 11.10.15.
*/
public class Main2 extends Activity
{
private static final int RESULT_SETTINGS = 1;
private static final String URI_CHANGELOG =
"https://github.com/vanitasvitae/EnigmAndroid/blob/master/CHANGELOG.txt";
public static final String APP_ID = "EnigmAndroid";
private LayoutContainer layoutContainer;
private SecureRandom numberGenerator;
@Override
public void onCreate(Bundle savedInstanceState)
{
super.onCreate(savedInstanceState);
this.numberGenerator = new SecureRandom();
MainActivity.ActivitySingleton singleton = MainActivity.ActivitySingleton.getInstance();
singleton.setActivity(this);
numberGenerator = new SecureRandom();
restoreEnigmaModelAndState();
//Handle shared text
Intent intent = getIntent();
String action = intent.getAction();
String type = intent.getType();
if (Intent.ACTION_SEND.equals(action) && type != null) {
if ("text/plain".equals(type))
{
String sharedText = intent.getStringExtra(Intent.EXTRA_TEXT);
if (sharedText != null)
{
layoutContainer.getInput().setRawText(sharedText);
}
}
}
}
@Override
public boolean onCreateOptionsMenu(Menu menu)
{
this.getMenuInflater().inflate(R.menu.main, menu);
return true;
}
@Override
/**
* Handle Options menu clicks
*/
public boolean onOptionsItemSelected(MenuItem item)
{
int id = item.getItemId();
if (id == R.id.action_reset)
{
layoutContainer.resetLayout();
Toast.makeText(getApplicationContext(), R.string.message_reset,
Toast.LENGTH_SHORT).show();
return true;
}
else if (id == R.id.action_send)
{
actionShareMessage();
}
else if (id == R.id.action_choose_ringsetting)
{
layoutContainer.showRingSettingsDialog();
return true;
}
else if(id == R.id.action_enter_seed)
{
new PassphraseDialogBuilder().showDialog();
return true;
}
else if (id == R.id.action_receive_scan)
{
IntentIntegrator integrator = new IntentIntegrator(this);
integrator.initiateScan();
return true;
}
else if(id == R.id.action_share_scan)
{
actionShareConfiguration();
return true;
}
else if (id == R.id.action_random_configuration)
{
actionRandomConfiguration();
return true;
}
else if (id == R.id.action_settings)
{
Intent i = new Intent(this, SettingsActivity.class);
startActivityForResult(i, RESULT_SETTINGS);
}
else if (id == R.id.action_about)
{
actionAbout();
return true;
}
return super.onOptionsItemSelected(item);
}
/**
* Handle preference changes
* @param requestCode requestCode
* @param resultCode resultCode (RESULT_SETTINGS is defined at the top)
* @param data data (not important here)
*/
protected void onActivityResult(int requestCode, int resultCode, Intent data) {
super.onActivityResult(requestCode, resultCode, data);
switch (requestCode) {
//Settings
case RESULT_SETTINGS:
{
restoreEnigmaModelAndState();
break;
}
//QR_Scanner
case IntentIntegrator.REQUEST_CODE:
IntentResult scanResult = IntentIntegrator.parseActivityResult(requestCode, resultCode, data);
if (scanResult != null) {
String content = scanResult.getContents();
if(content == null) Log.e(APP_ID, "Error! Received nothing from QR-Code!");
else {
Log.d(APP_ID, "Received " + content + " from QR-Code!");
restoreEnigmaModelAndState(content);
}
}
}
}
@Override
protected void onPause()
{
super.onPause();
//TODO: Save state
}
private boolean restoreEnigmaModelAndState()
{
String savedState = SettingsActivity.SettingsSingleton.getInstance().getPrefSavedEnigmaState();
if (savedState.equals("-1") || SettingsActivity.SettingsSingleton.getInstance().prefSavedEnigmaStateChanged())
{
layoutContainer = LayoutContainer.createLayoutContainer(
SettingsActivity.SettingsSingleton.getInstance().getPrefMachineType());
return false;
}
//No changes
return false;
}
private boolean restoreEnigmaModelAndState(BigInteger savedState)
{
SettingsActivity.SettingsSingleton.getInstance().setPrefMachineType(
Enigma.chooseEnigmaFromSave(savedState));
String savedInput = "";
if(layoutContainer != null) savedInput = layoutContainer.getInput().getText();
layoutContainer = LayoutContainer.createLayoutContainer(
SettingsActivity.SettingsSingleton.getInstance().getPrefMachineType());
layoutContainer.getEnigma().restoreState(Enigma.removeDigit(savedState, 20));
layoutContainer.syncStateFromEnigmaToLayout();
layoutContainer.getInput().setText(savedInput);
layoutContainer.getOutput().setText("");
return true;
}
/**
* Restore Enigma state from String. String has to start with "EnigmAndroid/"
* @param savedState String
* @return success
*/
private boolean restoreEnigmaModelAndState(String savedState)
{
if(!savedState.startsWith(APP_ID+"/"))
{
Toast.makeText(this, R.string.error_no_valid_qr, Toast.LENGTH_LONG).show();
return false;
}
else
{
savedState = savedState.substring((APP_ID+"/").length());
BigInteger s = new BigInteger(savedState, 16);
return restoreEnigmaModelAndState(s);
}
}
/**
* Set EnigmAndroid into a state calculated from the seed.
* @param seed seed
*/
public void createStateFromSeed(String seed)
{
String savedInput = "";
if(layoutContainer != null) savedInput = layoutContainer.getInput().getText();
SettingsActivity.SettingsSingleton.getInstance().setPrefMachineType(
Enigma.chooseEnigmaFromSeed(seed));
layoutContainer = LayoutContainer.createLayoutContainer();
layoutContainer.getEnigma().setStateFromSeed(seed);
layoutContainer.syncStateFromEnigmaToLayout();
layoutContainer.getInput().setText(savedInput);
layoutContainer.getOutput().setText("");
}
/**
* Set the chosen Configuration to the enigma, get the input string from the input text box and
* prepare it, set the input to the prepared text, encrypt the prepared input and set the
* encrypted string to the output text box and update the spinners to their new positions.
* @param v View
*/
public void doCrypto(View v)
{
layoutContainer.doCrypto();
}
/**
* If there is any message inside the right text field, share it via intent.
* Otherwise show a Toast.
*/
private void actionShareMessage()
{
if(layoutContainer.getOutput().getText().length() == 0)
{
Toast.makeText(this, R.string.error_no_text_to_send, Toast.LENGTH_SHORT).show();
}
else
{
Intent sendIntent = new Intent();
sendIntent.setAction(Intent.ACTION_SEND);
sendIntent.putExtra(Intent.EXTRA_TEXT, layoutContainer.getOutput().getModifiedText());
sendIntent.setType("text/plain");
startActivity(Intent.createChooser(sendIntent, getResources().getText(R.string.send_to)));
}
}
/**
* Share current enigma configuration via QR-Code
*/
private void actionShareConfiguration()
{
IntentIntegrator QRIntegrator = new IntentIntegrator(this);
layoutContainer.syncStateFromLayoutToEnigma();
Log.d(APP_ID,
"Sharing configuration to QR: "+layoutContainer.getEnigma().stateToString());
QRIntegrator.shareText(APP_ID+"/"+layoutContainer.getEnigma().stateToString());
}
/**
* Set the enigma to a random state.
* Do not change enigma model.
*/
private void actionRandomConfiguration()
{
layoutContainer.getEnigma().randomState();
layoutContainer.syncStateFromEnigmaToLayout();
Toast.makeText(getApplicationContext(), R.string.message_random,
Toast.LENGTH_SHORT).show();
layoutContainer.getOutput().setText("");
}
/**
* Show the credits dialog of the app
*/
private void actionAbout()
{
final View aboutView = View.inflate(this, R.layout.dialog_about, null);
//Get and set Version code
PackageInfo pInfo = null;
try{ pInfo = getPackageManager().getPackageInfo(this.getPackageName(), 0);}
catch (PackageManager.NameNotFoundException e){ e.printStackTrace();}
assert pInfo != null;
String version = pInfo.versionName+ " ("+pInfo.versionCode+")";
TextView versionText = (TextView) aboutView.findViewById(R.id.about_version_section);
versionText.setText(version);
//Build and show dialog
AlertDialog.Builder builder = new AlertDialog.Builder(this);
builder.setTitle(R.string.title_about_dialog);
builder.setView(aboutView)
.setCancelable(true)
.setPositiveButton(R.string.dialog_positive, new DialogInterface.OnClickListener()
{
public void onClick(DialogInterface dialog, int id)
{
dialog.dismiss();
}
})
.setNegativeButton(R.string.button_show_changelog, new DialogInterface.OnClickListener()
{
public void onClick(DialogInterface dialog, int id)
{
dialog.cancel();
Uri webPage = Uri.parse(URI_CHANGELOG);
Intent intent = new Intent(Intent.ACTION_VIEW, webPage);
if (intent.resolveActivity(getPackageManager()) != null) {
startActivity(intent);
}
}
}).show();
}
public SecureRandom getNumberGenerator()
{
return this.numberGenerator;
}
}

420
app/src/main/java/de/vanitasvitae/enigmandroid/MainActivity.java
View file

@ -1,7 +1,10 @@
package de.vanitasvitae.enigmandroid;
import android.annotation.SuppressLint;
import android.app.Activity;
import android.app.AlertDialog;
import android.app.Dialog;
import android.content.ClipData;
import android.content.DialogInterface;
import android.content.Intent;
import android.content.SharedPreferences;
@ -11,10 +14,15 @@ import android.content.res.Configuration;
import android.net.Uri;
import android.os.Bundle;
import android.preference.PreferenceManager;
import android.text.InputType;
import android.util.Log;
import android.view.LayoutInflater;
import android.view.Menu;
import android.view.MenuItem;
import android.view.View;
import android.widget.Button;
import android.widget.EditText;
import android.widget.LinearLayout;
import android.widget.TextView;
import android.widget.Toast;
@ -55,11 +63,10 @@ public class MainActivity extends Activity
private static final String URI_CHANGELOG =
"https://github.com/vanitasvitae/EnigmAndroid/blob/master/CHANGELOG.txt";
public static final String APP_ID = "EnigmAndroid";
public static final int latest_protocol_version = 1;
public static final int max_protocol_version = 256;
private LayoutContainer layoutContainer;
private String prefMachineType;
private String prefNumericLanguage;
private String prefMessageFormatting;
private SecureRandom secureRandom;
@ -68,15 +75,13 @@ public class MainActivity extends Activity
{
super.onCreate(savedInstanceState);
secureRandom = new SecureRandom();
ActivitySingleton singleton = ActivitySingleton.getInstance();
singleton.setActivity(this);
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
this.prefMachineType = sharedPreferences.getString(SettingsActivity.PREF_MACHINE_TYPE, getResources().
getStringArray(R.array.pref_alias_machine_type)[0]);
ActivitySingleton.getInstance().setActivity(this);
SharedPreferences prefs = PreferenceManager.getDefaultSharedPreferences(this);
SettingsActivity.SettingsSingleton.getInstance(prefs, getResources());
layoutContainer = LayoutContainer.createLayoutContainer();
updateContentView();
layoutContainer = LayoutContainer.createLayoutContainer(prefMachineType);
updatePreferenceValues();
//Handle whats-new dialog
handleVersionUpdate();
//Handle shared text
Intent intent = getIntent();
@ -88,7 +93,12 @@ public class MainActivity extends Activity
String sharedText = intent.getStringExtra(Intent.EXTRA_TEXT);
if (sharedText != null)
{
layoutContainer.getInput().setRawText(sharedText);
//If shared text consists of an encoded configuration, try to restore it
if(sharedText.startsWith(APP_ID+"/"))
restoreStateFromCode(sharedText);
//Else put it in the input text box
else
layoutContainer.getInput().setRawText(sharedText);
}
}
}
@ -97,114 +107,6 @@ public class MainActivity extends Activity
@Override
public void onConfigurationChanged(Configuration newConfig) {
super.onConfigurationChanged(newConfig);
this.updateContentView();
}
private void updateContentView()
{
switch (prefMachineType)
{
case "I":
setContentView(R.layout.activity_main_i_m3);
break;
case "M3":
this.setContentView(R.layout.activity_main_i_m3);
break;
case "M4":
this.setContentView(R.layout.activity_main_m4);
break;
case "D":
this.setContentView(R.layout.activity_main_d);
break;
case "K":
case "KS":
case "KSA":
case "T":
case "R":
case "G31":
case "G312":
case "G260":
this.setContentView(R.layout.activity_main_g_k_r_t);
break;
default:
this.setContentView(R.layout.activity_main_i_m3);
break;
}
}
private void updatePreferenceValues()
{
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
this.setPrefMachineType(sharedPreferences.getString(SettingsActivity.PREF_MACHINE_TYPE, getResources().
getStringArray(R.array.pref_alias_machine_type)[0]));
this.setPrefNumericLanguage(sharedPreferences.getString(SettingsActivity.PREF_NUMERIC_LANGUAGE, getResources().
getStringArray(R.array.pref_alias_numeric_spelling_language)[0]));
this.setPrefMessageFormatting(sharedPreferences.getString(SettingsActivity.PREF_MESSAGE_FORMATTING, getResources().
getStringArray(R.array.pref_alias_message_formatting)[0]));
}
private void setPrefMachineType(String type)
{
if(prefMachineType == null || !prefMachineType.equals(type))
{
prefMachineType = type;
String savedInput = "";
if(layoutContainer != null)
{
savedInput = layoutContainer.getInput().getText();
}
updateContentView();
layoutContainer = LayoutContainer.createLayoutContainer(prefMachineType);
layoutContainer.setInputPreparer(InputPreparer.createInputPreparer());
layoutContainer.getInput().setText(savedInput);
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
sharedPreferences.edit().putString(SettingsActivity.PREF_MACHINE_TYPE, type).apply();
}
}
public String getPrefMachineType()
{
if(prefMachineType != null) return prefMachineType;
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
this.prefMachineType = sharedPreferences.getString(SettingsActivity.PREF_MACHINE_TYPE, getResources().
getStringArray(R.array.pref_alias_machine_type)[0]);
return prefMachineType;
}
public void setPrefNumericLanguage(String lang)
{
if(prefNumericLanguage == null || !prefNumericLanguage.equals(lang))
{
prefNumericLanguage = lang;
layoutContainer.setInputPreparer(InputPreparer.createInputPreparer());
}
}
public String getPrefNumericLanguage()
{
if(prefNumericLanguage != null) return prefNumericLanguage;
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
this.prefNumericLanguage = sharedPreferences.getString(SettingsActivity.PREF_NUMERIC_LANGUAGE, getResources().
getStringArray(R.array.pref_alias_numeric_spelling_language)[0]);
return prefNumericLanguage;
}
public void setPrefMessageFormatting(String messageFormatting)
{
if(prefMessageFormatting == null || !prefMessageFormatting.equals(messageFormatting))
{
prefMessageFormatting = messageFormatting;
layoutContainer.setEditTextAdapter(messageFormatting);
}
}
public String getPrefMessageFormatting()
{
if(prefMessageFormatting != null) return prefMessageFormatting;
SharedPreferences sharedPreferences = PreferenceManager.getDefaultSharedPreferences(this);
this.prefMessageFormatting = sharedPreferences.getString(SettingsActivity.PREF_MESSAGE_FORMATTING, getResources().
getStringArray(R.array.pref_alias_message_formatting)[0]);
return prefMessageFormatting;
}
public SecureRandom getSecureRandom()
@ -238,31 +140,7 @@ public class MainActivity extends Activity
Toast.LENGTH_SHORT).show();
return true;
}
else if (id == R.id.action_random_configuration)
{
layoutContainer.getEnigma().randomState();
layoutContainer.syncStateFromEnigmaToLayout();
Toast.makeText(getApplicationContext(), R.string.message_random,
Toast.LENGTH_SHORT).show();
layoutContainer.getOutput().setText("");
return true;
}
else if (id == R.id.action_choose_ringsetting)
{
layoutContainer.showRingSettingsDialog();
return true;
}
else if (id == R.id.action_settings)
{
Intent i = new Intent(this, SettingsActivity.class);
startActivityForResult(i, RESULT_SETTINGS);
}
else if (id == R.id.action_about)
{
showAboutDialog();
return true;
}
else if (id == R.id.action_send)
else if (id == R.id.action_send_message)
{
if(layoutContainer.getOutput().getText().length() == 0)
{
@ -277,23 +155,37 @@ public class MainActivity extends Activity
startActivity(Intent.createChooser(sendIntent, getResources().getText(R.string.send_to)));
}
}
else if (id == R.id.action_receive_scan)
else if (id == R.id.action_choose_ringsetting)
{
IntentIntegrator integrator = new IntentIntegrator(this);
integrator.initiateScan();
layoutContainer.showRingSettingsDialog();
return true;
}
else if(id == R.id.action_share_scan)
else if(id == R.id.action_share_configuration)
{
IntentIntegrator QRIntegrator = new IntentIntegrator(this);
layoutContainer.syncStateFromLayoutToEnigma();
Log.d(APP_ID, "Sharing configuration to QR: " + layoutContainer.getEnigma().stateToString());
QRIntegrator.shareText(APP_ID+"/"+layoutContainer.getEnigma().stateToString());
showShareConfigurationDialog();
}
else if (id == R.id.action_restore_configuration)
{
showReceiveConfigurationDialog();
return true;
}
else if(id == R.id.action_enter_seed)
else if (id == R.id.action_random_configuration)
{
new PassphraseDialogBuilder().showDialog();
layoutContainer.getEnigma().randomState();
layoutContainer.syncStateFromEnigmaToLayout();
Toast.makeText(getApplicationContext(), R.string.message_random,
Toast.LENGTH_SHORT).show();
layoutContainer.getOutput().setText("");
return true;
}
else if (id == R.id.action_settings)
{
Intent i = new Intent(this, SettingsActivity.class);
startActivityForResult(i, RESULT_SETTINGS);
}
else if (id == R.id.action_about)
{
showAboutDialog();
return true;
}
return super.onOptionsItemSelected(item);
@ -310,6 +202,80 @@ public class MainActivity extends Activity
layoutContainer.doCrypto();
}
private void shareConfigurationAsQR()
{
IntentIntegrator QRIntegrator = new IntentIntegrator(this);
layoutContainer.syncStateFromLayoutToEnigma();
String encoded_state = APP_ID+"/"+layoutContainer.getEnigma().getEncodedState().toString(16);
Log.d(APP_ID, "Sharing configuration to QR: "+encoded_state);
QRIntegrator.shareText(encoded_state);
}
private void shareConfigurationAsText()
{
Intent sendIntent = new Intent();
sendIntent.setAction(Intent.ACTION_SEND);
sendIntent.putExtra(Intent.EXTRA_TEXT,
APP_ID+"/"+layoutContainer.getEnigma().getEncodedState().toString(16));
sendIntent.setType("text/plain");
startActivity(Intent.createChooser(sendIntent, getResources().getText(R.string.send_to)));
}
private void receiveConfigurationQR()
{
IntentIntegrator integrator = new IntentIntegrator(this);
integrator.initiateScan();
}
private void receiveConfigurationText()
{
new PassphraseDialogBuilder().showDialog();
}
private void handleVersionUpdate()
{
int currentVersionNumber = 0;
int savedVersionNumber = SettingsActivity.SettingsSingleton.getInstance().getVersionNumber();
try
{
PackageInfo p = getPackageManager().getPackageInfo(getPackageName(), 0);
currentVersionNumber = p.versionCode;
}
catch (Exception ignored) {}
if(currentVersionNumber > savedVersionNumber)
{
showWhatsNewDialog();
SettingsActivity.SettingsSingleton.getInstance().setVersionNumber(currentVersionNumber);
}
}
private void showWhatsNewDialog()
{
PackageInfo pInfo = null;
try{ pInfo = getPackageManager().getPackageInfo(this.getPackageName(), 0);}
catch (PackageManager.NameNotFoundException e){ e.printStackTrace();}
assert pInfo != null;
String version = pInfo.versionName;
LayoutInflater li = LayoutInflater.from(this);
@SuppressLint("InflateParams")
View dialog = li.inflate(R.layout.dialog_whats_new, null);
((TextView) dialog.findViewById(R.id.dialog_whats_new_header)).setText(
String.format(getResources().getText(R.string.dialog_whats_new_header).toString(),version));
((TextView) dialog.findViewById(R.id.dialog_whats_new_details)).setText(
R.string.dialog_whats_new_content);
AlertDialog.Builder builder = new AlertDialog.Builder(this);
builder.setView(dialog).setTitle(R.string.dialog_whats_new_title)
.setPositiveButton(R.string.dialog_positive, new DialogInterface.OnClickListener()
{
@Override
public void onClick(DialogInterface dialog, int which)
{
dialog.dismiss();
}
});
builder.create().show();
}
/**
* Show a Dialog containing information about the app, license, usage, author and a link
* to the changelog
@ -348,27 +314,110 @@ public class MainActivity extends Activity
}).show();
}
private void showShareConfigurationDialog()
{
final String configuration = APP_ID+"/"+layoutContainer.getEnigma().getEncodedState().toString(16);
final View shareView = View.inflate(this, R.layout.dialog_two_options, null);
LinearLayout l = (LinearLayout) shareView.findViewById(R.id.dialog_two_options_lay);
EditText e = new EditText(this);
e.setText(configuration);
e.setInputType(InputType.TYPE_NULL);
e.setOnClickListener(new View.OnClickListener()
{
@Override
public void onClick(View v)
{
if (android.os.Build.VERSION.SDK_INT >= android.os.Build.VERSION_CODES.HONEYCOMB){
android.content.ClipboardManager clipboard = (android.content.ClipboardManager) getSystemService(CLIPBOARD_SERVICE);
ClipData clip;
clip = ClipData.newPlainText("label", configuration);
clipboard.setPrimaryClip(clip);
} else{
@SuppressWarnings("deprecation")
android.text.ClipboardManager clipboard = (android.text.ClipboardManager)getSystemService(CLIPBOARD_SERVICE);
clipboard.setText(configuration);
}
Toast.makeText(getApplicationContext(), R.string.message_clipboard, Toast.LENGTH_SHORT).show();
}
});
l.addView(e);
AlertDialog.Builder builder = new AlertDialog.Builder(this);
builder.setTitle(R.string.dialog_title_share_configuration)
.setView(shareView).setCancelable(true);
final Dialog d = builder.create();
Button one = (Button) shareView.findViewById(R.id.dialog_two_options_2);
one.setText(R.string.dialog_share_qr);
one.setOnClickListener(new View.OnClickListener()
{
@Override
public void onClick(View v)
{
shareConfigurationAsQR();
d.dismiss();
}
});
Button two = (Button) shareView.findViewById(R.id.dialog_two_options_1);
two.setText(R.string.dialog_share_code);
two.setOnClickListener(new View.OnClickListener()
{
@Override
public void onClick(View v)
{
shareConfigurationAsText();
d.dismiss();
}
});
d.show();
}
private void showReceiveConfigurationDialog()
{
final View shareView = View.inflate(this, R.layout.dialog_two_options, null);
AlertDialog.Builder builder = new AlertDialog.Builder(this);
builder.setTitle(R.string.dialog_title_restore_configuration)
.setView(shareView).setCancelable(true);
final Dialog d = builder.create();
Button one = (Button) shareView.findViewById(R.id.dialog_two_options_2);
one.setText(R.string.dialog_restore_qr);
one.setOnClickListener(new View.OnClickListener()
{
@Override
public void onClick(View v)
{
receiveConfigurationQR();
d.dismiss();
}
});
Button two = (Button) shareView.findViewById(R.id.dialog_two_options_1);
two.setText(R.string.dialog_restore_code);
two.setOnClickListener(new View.OnClickListener()
{
@Override
public void onClick(View v)
{
receiveConfigurationText();
d.dismiss();
}
});
d.show();
}
/**
* Handle preference changes
* Handle Activity Results
* @param requestCode requestCode
* @param resultCode resultCode (RESULT_SETTINGS is defined at the top)
* @param data data (not important here)
* @param data data
*/
protected void onActivityResult(int requestCode, int resultCode, Intent data) {
super.onActivityResult(requestCode, resultCode, data);
switch (requestCode) {
//Come back from Settings
case RESULT_SETTINGS:
{
SharedPreferences sharedPrefs = PreferenceManager.getDefaultSharedPreferences(this);
this.setPrefMachineType(sharedPrefs.getString(SettingsActivity.PREF_MACHINE_TYPE, getResources()
.getStringArray(R.array.pref_alias_machine_type)[0]));
this.setPrefNumericLanguage(sharedPrefs.getString(SettingsActivity.PREF_NUMERIC_LANGUAGE, getResources().
getStringArray(R.array.pref_alias_numeric_spelling_language)[0]));
this.setPrefMessageFormatting(sharedPrefs.getString(SettingsActivity.PREF_MESSAGE_FORMATTING,
getResources().getStringArray(R.array.pref_alias_message_formatting)[0]));
applyPreferenceChanges();
break;
}
// Receive from QR
case IntentIntegrator.REQUEST_CODE:
IntentResult scanResult = IntentIntegrator.parseActivityResult(requestCode, resultCode, data);
if (scanResult != null) {
@ -382,6 +431,26 @@ public class MainActivity extends Activity
}
}
/**
* Handle changes in preferences and apply those changes to the app
*/
private void applyPreferenceChanges()
{
SettingsActivity s = SettingsActivity.SettingsSingleton.getInstance();
if(s.prefMachineTypeChanged())
{
layoutContainer = LayoutContainer.createLayoutContainer();
}
if(s.prefMessageFormattingChanged())
{
layoutContainer.setEditTextAdapter(s.getPrefMessageFormatting());
}
if(s.prefNumericLanguageChanged())
{
layoutContainer.setInputPreparer(InputPreparer.createInputPreparer());
}
}
/**
* Set EnigmAndroid into a certain state as described in the QR-Code
* @param mem content of the QR-Code
@ -397,11 +466,14 @@ public class MainActivity extends Activity
String inputString = layoutContainer.getInput().getText();
mem = mem.substring((APP_ID+"/").length());
BigInteger s = new BigInteger(mem, 16);
Log.d(APP_ID, "Try to restore configuration from BigInteger value "+ s.toString());
setPrefMachineType(Enigma.chooseEnigmaFromSave(s));
updateContentView();
layoutContainer = LayoutContainer.createLayoutContainer(getPrefMachineType());
layoutContainer.getEnigma().restoreState(Enigma.removeDigit(s,20));
int protocol_version = Enigma.getValue(s, max_protocol_version);
s = Enigma.removeDigit(s, max_protocol_version);
Log.d(APP_ID,
"Try to restore configuration from BigInteger value "+s.toString()+" in protocol version "+protocol_version+".");
SettingsActivity.SettingsSingleton.getInstance()
.setPrefMachineType(Enigma.chooseEnigmaFromSave(s));
layoutContainer = LayoutContainer.createLayoutContainer();
layoutContainer.getEnigma().restoreState(Enigma.removeDigit(s,20), protocol_version);
layoutContainer.setInputPreparer(InputPreparer.createInputPreparer());
layoutContainer.syncStateFromEnigmaToLayout();
layoutContainer.getInput().setText(inputString);
@ -413,12 +485,12 @@ public class MainActivity extends Activity
* Set EnigmAndroid into a state calculated from the seed.
* @param seed seed
*/
public void createStateFromSeed(String seed)
public void applyStateFromSeed(String seed)
{
String inputString = layoutContainer.getInput().getText();
setPrefMachineType(Enigma.chooseEnigmaFromSeed(seed));
updateContentView();
layoutContainer = LayoutContainer.createLayoutContainer(getPrefMachineType());
SettingsActivity.SettingsSingleton.getInstance()
.setPrefMachineType(Enigma.chooseEnigmaFromSeed(seed));
layoutContainer = LayoutContainer.createLayoutContainer();
layoutContainer.getEnigma().setStateFromSeed(seed);
layoutContainer.setInputPreparer(InputPreparer.createInputPreparer());
layoutContainer.syncStateFromEnigmaToLayout();

119
app/src/main/java/de/vanitasvitae/enigmandroid/SettingsActivity.java
View file

@ -1,8 +1,10 @@
package de.vanitasvitae.enigmandroid;
import android.content.SharedPreferences;
import android.content.res.Resources;
import android.os.Bundle;
import android.preference.PreferenceActivity;
import android.preference.PreferenceManager;
import android.util.Log;
/**
* Class that represents the settings activity.
@ -30,6 +32,7 @@ public class SettingsActivity extends PreferenceActivity
public static final String PREF_MESSAGE_FORMATTING = "prefMessageFormatting";
public static final String PREF_REPLACE_SPECIAL_CHARACTERS = "prefReplaceSpecialCharacters";
public static final String PREF_SAVED_ENIGMA_STATE = "prefSavedEnigmaState";
public static final String PREF_VERSION_NUMBER = "prefVersionNumber";
private String previousPrefNumericLanguage;
private String previousPrefMachineType;
@ -37,29 +40,55 @@ public class SettingsActivity extends PreferenceActivity
private boolean previousPrefReplaceSpecialCharacters;
private String previousPrefSavedEnigmaState;
SharedPreferences prefs;
Resources res;
@Override
protected void onCreate(Bundle savedInstanceState)
{
super.onCreate(savedInstanceState);
//noinspection deprecation
addPreferencesFromResource(R.xml.pref_page);
this.previousPrefMachineType = getPrefMachineType();
this.previousPrefSavedEnigmaState = getPrefSavedEnigmaState();
this.previousPrefMessageFormatting = getPrefMessageFormatting();
this.previousPrefNumericLanguage = getPrefNumericLanguage();
}
public void setSharedPreferences(SharedPreferences prefs)
{
this.prefs = prefs;
}
public void setResources(Resources res)
{
this.res = res;
}
private boolean isFullyInitilaized()
{
if(prefs == null)
{
Log.e(MainActivity.APP_ID, "SharedPreferences not initialized via setSharedPreferences!");
return false;
}
if(res == null)
{
Log.e(MainActivity.APP_ID, "Resources not initialized via setResources!");
return false;
}
return true;
}
public String getPrefNumericLanguage()
{
return PreferenceManager.getDefaultSharedPreferences(this).getString(
if(isFullyInitilaized())
return prefs.getString(
PREF_NUMERIC_LANGUAGE,
getResources().getStringArray(R.array.pref_alias_message_formatting)[0]);
res.getStringArray(R.array.pref_alias_message_formatting)[0]);
else return null;
}
public void setPrefNumericLanguage(String lang)
{
PreferenceManager.getDefaultSharedPreferences(this).edit()
.putString(PREF_NUMERIC_LANGUAGE, lang).apply();
if(isFullyInitilaized())
prefs.edit().putString(PREF_NUMERIC_LANGUAGE, lang).apply();
}
public boolean prefNumericLanguageChanged()
@ -67,6 +96,7 @@ public class SettingsActivity extends PreferenceActivity
if(this.previousPrefNumericLanguage == null || !this.previousPrefNumericLanguage.equals(getPrefNumericLanguage()))
{
this.previousPrefNumericLanguage = this.getPrefNumericLanguage();
Log.d(MainActivity.APP_ID, PREF_NUMERIC_LANGUAGE +" changed!");
return true;
}
return false;
@ -74,14 +104,15 @@ public class SettingsActivity extends PreferenceActivity
public boolean getPrefReplaceSpecialCharacters()
{
return PreferenceManager.getDefaultSharedPreferences(this).getBoolean(
PREF_REPLACE_SPECIAL_CHARACTERS, true);
if(isFullyInitilaized())
return prefs.getBoolean(PREF_REPLACE_SPECIAL_CHARACTERS, true);
else return false;
}
public void setPrefReplaceSpecialCharacters(boolean replace)
{
PreferenceManager.getDefaultSharedPreferences(this).edit()
.putBoolean(PREF_REPLACE_SPECIAL_CHARACTERS, replace).apply();
if(isFullyInitilaized())
prefs.edit().putBoolean(PREF_REPLACE_SPECIAL_CHARACTERS, replace).apply();
}
public boolean prefReplaceSpecialCharactersChanged()
@ -90,6 +121,7 @@ public class SettingsActivity extends PreferenceActivity
if(changed)
{
previousPrefReplaceSpecialCharacters = getPrefReplaceSpecialCharacters();
Log.d(MainActivity.APP_ID, PREF_REPLACE_SPECIAL_CHARACTERS +" changed!");
return true;
}
return false;
@ -97,15 +129,16 @@ public class SettingsActivity extends PreferenceActivity
public String getPrefMachineType()
{
return PreferenceManager.getDefaultSharedPreferences(this).getString(
PREF_MACHINE_TYPE,
getResources().getStringArray(R.array.pref_alias_machine_type)[0]);
if(isFullyInitilaized())
return prefs.getString(PREF_MACHINE_TYPE,
res.getStringArray(R.array.pref_alias_machine_type)[0]);
else return null;
}
public void setPrefMachineType(String pref)
{
PreferenceManager.getDefaultSharedPreferences(this).edit()
.putString(PREF_MACHINE_TYPE, pref).apply();
if(isFullyInitilaized())
prefs.edit().putString(PREF_MACHINE_TYPE, pref).apply();
}
public boolean prefMachineTypeChanged()
@ -113,6 +146,7 @@ public class SettingsActivity extends PreferenceActivity
if(this.previousPrefMachineType == null || !this.previousPrefMachineType.equals(getPrefMachineType()))
{
this.previousPrefMachineType = this.getPrefMachineType();
Log.d(MainActivity.APP_ID, PREF_MACHINE_TYPE +" changed!");
return true;
}
return false;
@ -120,8 +154,9 @@ public class SettingsActivity extends PreferenceActivity
public String getPrefSavedEnigmaState()
{
return PreferenceManager.getDefaultSharedPreferences(this)
.getString(PREF_SAVED_ENIGMA_STATE, "-1");
if(isFullyInitilaized())
return prefs.getString(PREF_SAVED_ENIGMA_STATE, "-1");
else return null;
}
/**
@ -129,8 +164,8 @@ public class SettingsActivity extends PreferenceActivity
*/
public void setPrefSavedEnigmaState(String state)
{
PreferenceManager.getDefaultSharedPreferences(this).edit()
.putString(PREF_SAVED_ENIGMA_STATE, state).apply();
if(isFullyInitilaized())
prefs.edit().putString(PREF_SAVED_ENIGMA_STATE, state).apply();
}
public boolean prefSavedEnigmaStateChanged()
@ -139,6 +174,7 @@ public class SettingsActivity extends PreferenceActivity
.equals(getPrefSavedEnigmaState()))
{
this.previousPrefSavedEnigmaState = this.getPrefSavedEnigmaState();
Log.d(MainActivity.APP_ID, PREF_SAVED_ENIGMA_STATE +" changed!");
return true;
}
return false;
@ -146,15 +182,16 @@ public class SettingsActivity extends PreferenceActivity
public String getPrefMessageFormatting()
{
return PreferenceManager.getDefaultSharedPreferences(this)
.getString(SettingsActivity.PREF_MESSAGE_FORMATTING, getResources().
getStringArray(R.array.pref_alias_message_formatting)[0]);
if(isFullyInitilaized())
return prefs.getString(SettingsActivity.PREF_MESSAGE_FORMATTING,
res.getStringArray(R.array.pref_alias_message_formatting)[0]);
else return null;
}
public void setPrefMessageFormatting(String format)
{
PreferenceManager.getDefaultSharedPreferences(this).edit()
.putString(PREF_MESSAGE_FORMATTING, format).apply();
if(isFullyInitilaized())
prefs.edit().putString(PREF_MESSAGE_FORMATTING, format).apply();
}
public boolean prefMessageFormattingChanged()
@ -163,11 +200,25 @@ public class SettingsActivity extends PreferenceActivity
.equals(getPrefMessageFormatting()))
{
this.previousPrefMessageFormatting = this.getPrefMessageFormatting();
Log.d(MainActivity.APP_ID, PREF_MESSAGE_FORMATTING +" changed!");
return true;
}
return false;
}
public int getVersionNumber()
{
if(isFullyInitilaized())
return prefs.getInt(PREF_VERSION_NUMBER, -1);
else return -1;
}
public void setVersionNumber(int v)
{
if(isFullyInitilaized())
prefs.edit().putInt(PREF_VERSION_NUMBER, v).apply();
}
public static class SettingsSingleton extends SettingsActivity
{
private static SettingsActivity instance;
@ -176,9 +227,21 @@ public class SettingsActivity extends PreferenceActivity
super();
}
public static SettingsActivity getInstance(SharedPreferences prefs, Resources res)
{
instance = new SettingsActivity();
instance.setSharedPreferences(prefs);
instance.setResources(res);
return instance;
}
public static SettingsActivity getInstance()
{
if(instance == null) instance = new SettingsActivity();
if(instance == null)
{
instance = new SettingsActivity();
Log.d(MainActivity.APP_ID, "Created new SettingsActivity!");
}
return instance;
}
}

441
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma.java
View file

@ -31,255 +31,262 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public abstract class Enigma
{
protected static String machineType;
protected static String machineType;
protected boolean doAnomaly = false; //Has the time come to handle an anomaly?
protected boolean doAnomaly = false; //Has the time come to handle an anomaly?
protected ArrayList<EntryWheel> availableEntryWheels;
protected ArrayList<Rotor> availableRotors;
protected ArrayList<Reflector> availableReflectors;
protected ArrayList<EntryWheel> availableEntryWheels;
protected ArrayList<Rotor> availableRotors;
protected ArrayList<Reflector> availableReflectors;
protected Random rand;
protected Random rand;
public Enigma()
{
establishAvailableParts();
initialize();
}
public Enigma()
{
establishAvailableParts();
initialize();
}
/**
* In this method, available EntryWheels, Rotors and Reflectors can be defined.
*/
protected abstract void establishAvailableParts();
/**
* In this method, available EntryWheels, Rotors and Reflectors can be defined.
*/
protected abstract void establishAvailableParts();
/**
* Add a Rotor to the ArrayList of available rotors for this machine.
* Also set the index of the Rotor.
* @param r Rotor
*/
protected void addAvailableRotor(Rotor r)
{
if(availableRotors == null) availableRotors = new ArrayList<>();
availableRotors.add(availableRotors.size(), r.setIndex(availableRotors.size()));
}
/**
* Add a Rotor to the ArrayList of available rotors for this machine.
* Also set the index of the Rotor.
* @param r Rotor
*/
protected void addAvailableRotor(Rotor r)
{
if(availableRotors == null) availableRotors = new ArrayList<>();
availableRotors.add(availableRotors.size(), r.setIndex(availableRotors.size()));
}
protected void addAvailableEntryWheel(EntryWheel e)
{
if(availableEntryWheels == null) availableEntryWheels = new ArrayList<>();
availableEntryWheels.add(availableEntryWheels.size(), e.setIndex(availableEntryWheels.size()));
}
protected void addAvailableEntryWheel(EntryWheel e)
{
if(availableEntryWheels == null) availableEntryWheels = new ArrayList<>();
availableEntryWheels.add(availableEntryWheels.size(), e.setIndex(availableEntryWheels.size()));
}
protected void addAvailableReflector(Reflector r)
{
if(availableReflectors == null) availableReflectors = new ArrayList<>();
availableReflectors.add(availableReflectors.size(), r.setIndex(availableReflectors.size()));
}
protected void addAvailableReflector(Reflector r)
{
if(availableReflectors == null) availableReflectors = new ArrayList<>();
availableReflectors.add(availableReflectors.size(), r.setIndex(availableReflectors.size()));
}
public ArrayList<EntryWheel> getAvailableEntryWheels()
{
return availableEntryWheels;
}
public ArrayList<EntryWheel> getAvailableEntryWheels()
{
return availableEntryWheels;
}
public ArrayList<Rotor> getAvailableRotors()
{
return availableRotors;
}
public ArrayList<Rotor> getAvailableRotors()
{
return availableRotors;
}
public ArrayList<Reflector> getAvailableReflectors()
{
return availableReflectors;
}
public ArrayList<Reflector> getAvailableReflectors()
{
return availableReflectors;
}
public EntryWheel getEntryWheel(int index)
{
if(availableEntryWheels == null || availableEntryWheels.size() == 0) return null;
return availableEntryWheels.get(index % availableEntryWheels.size()).getInstance();
}
public EntryWheel getEntryWheel(int index)
{
if(availableEntryWheels == null || availableEntryWheels.size() == 0) return null;
return availableEntryWheels.get(index % availableEntryWheels.size()).getInstance();
}
public Rotor getRotor(int index)
{
if(availableRotors == null || availableRotors.size() == 0) return null;
return availableRotors.get(index % availableRotors.size()).getInstance();
}
public Rotor getRotor(int index)
{
if(availableRotors == null || availableRotors.size() == 0) return null;
return availableRotors.get(index % availableRotors.size()).getInstance();
}
public Rotor getRotor(int index, int rotation, int ringSetting)
{
return getRotor(index).setRotation(rotation).setRingSetting(ringSetting);
}
public Rotor getRotor(int index, int rotation, int ringSetting)
{
return getRotor(index).setRotation(rotation).setRingSetting(ringSetting);
}
public Reflector getReflector(int index)
{
if(availableReflectors == null || availableReflectors.size() == 0) return null;
return availableReflectors.get(index % availableReflectors.size()).getInstance();
}
public Reflector getReflector(int index)
{
if(availableReflectors == null || availableReflectors.size() == 0) return null;
return availableReflectors.get(index%availableReflectors.size()).getInstance();
}
public Reflector getReflector(int index, int rotation, int ringSetting)
{
return getReflector(index).setRotation(rotation).setRingSetting(ringSetting);
}
public Reflector getReflector(int index, int rotation, int ringSetting)
{
return getReflector(index).setRotation(rotation).setRingSetting(ringSetting);
}
/**
* Set the enigma to an initial state
*/
public abstract void initialize();
/**
* Set the enigma to an initial state
*/
public abstract void initialize();
/**
* Encrypt / Decrypt a given String w.
* w must be prepared using prepare(w) beforehand.
* Doing so changes the state of the rotors but not the state of the plugboard and the
* ringSettings
*
* @param w Text to decrypt/encryptString
* @return encrypted/decrypted string
*/
public String encryptString(String w)
{
//output string
String output = "";
//for each char x in k
for (char x : w.toCharArray())
{
output = output + this.encryptChar(x);
}
//return en-/decrypted string
return output;
}
/**
* Encrypt / Decrypt a given String w.
* w must be prepared using prepare(w) beforehand.
* Doing so changes the state of the rotors but not the state of the plugboard and the
* ringSettings
*
* @param w Text to decrypt/encryptString
* @return encrypted/decrypted string
*/
public String encryptString(String w)
{
//output string
String output = "";
//for each char x in k
for (char x : w.toCharArray())
{
output = output + this.encryptChar(x);
}
//return en-/decrypted string
return output;
}
/**
* Set the enigma into the next mechanical state.
* This rotates the first rotor and eventually also the second/third.
* Also this method handles the anomaly in case it should happen.
*/
public abstract void nextState();
/**
* Set the enigma into the next mechanical state.
* This rotates the first rotor and eventually also the second/third.
* Also this method handles the anomaly in case it should happen.
*/
public abstract void nextState();
/**
* Set the enigma into a completely random state using a unseeded SecureRandom object.
*/
public void randomState()
{
this.rand = ((MainActivity) (MainActivity.ActivitySingleton.getInstance().getActivity()))
.getSecureRandom();
generateState();
}
/**
* Set the enigma into a completely random state using a unseeded SecureRandom object.
*/
public void randomState()
{
this.rand = ((MainActivity) (MainActivity.ActivitySingleton.getInstance().getActivity()))
.getSecureRandom();
generateState();
}
/**
* Set the enigma to a random state based on the initialization of rand.
* Don not choose a rotor twice, set random rotations, ringSettings, ukw and possibly
* plugboard / rewirable ukw configurations.
*/
protected abstract void generateState();
/**
* Set the enigma to a random state based on the initialization of rand.
* Don not choose a rotor twice, set random rotations, ringSettings, ukw and possibly
* plugboard / rewirable ukw configurations.
*/
protected abstract void generateState();
/**
* Substitute char k by sending the signal through the enigma.
* The signal passes the plugboard, the rotors and returns back after going through the
* reflector wheel.
*
* @param k input char
* @return substituted output char
*/
public abstract char encryptChar(char k);
/**
* Substitute char k by sending the signal through the enigma.
* The signal passes the plugboard, the rotors and returns back after going through the
* reflector wheel.
*
* @param k input char
* @return substituted output char
*/
public abstract char encryptChar(char k);
/**
* Set the state of the enigma
* @param state new state
*/
public abstract void setState(EnigmaStateBundle state);
/**
* Set the state of the enigma
* @param state new state
*/
public abstract void setState(EnigmaStateBundle state);
/**
* Return an object representing the current state of the enigma
* @return state
*/
public abstract EnigmaStateBundle getState();
/**
* Return an object representing the current state of the enigma
* @return state
*/
public abstract EnigmaStateBundle getState();
/**
* Set the rand into a certain state based on seed.
* Then set the enigmas state.
* @param seed passphrase
*/
public void setStateFromSeed(String seed)
{
rand = new Random(seed.hashCode());
generateState();
}
/**
* Set the rand into a certain state based on seed.
* Then set the enigmas state.
* @param seed passphrase
*/
public void setStateFromSeed(String seed)
{
rand = new Random(seed.hashCode());
generateState();
}
public abstract void restoreState(BigInteger mem);
public abstract void restoreState(BigInteger mem, int protocol_version);
public abstract String stateToString();
public BigInteger getEncodedState()
{
return getEncodedState(MainActivity.latest_protocol_version);
}
public abstract BigInteger getEncodedState(int protocol_version);
public static String numToMachineType(int n)
{
n = (12+(n+12)%12)%12; //Problem? Trolololo
switch (n) {
case 0: return "I";
case 1: return "M3";
case 2: return "M4";
case 3: return "G31";
case 4: return "G312";
case 5: return "G260";
case 6: return "D";
case 7: return "K";
case 8: return "KS";
case 9: return "KSA";
case 10: return "R";
default: return "T";
}
}
public static String numToMachineType(int n)
{
int m = 13;
n = (m+(n+m)%m)%m; //Problem? Trolololo
switch (n) {
case 0: return "I";
case 1: return "M3";
case 2: return "M4";
case 3: return "G31";
case 4: return "G312";
case 5: return "G260";
case 6: return "D";
case 7: return "K";
case 8: return "KS";
case 9: return "KSA";
case 10: return "R";
case 11: return "T";
case 12: return "KD";
default: return "KD";
}
}
public static String chooseEnigmaFromSeed(String seed)
{
return numToMachineType(seed.hashCode() % 12);
}
public static String chooseEnigmaFromSeed(String seed)
{
return numToMachineType(seed.hashCode() % 13);
}
public static String chooseEnigmaFromSave(BigInteger save)
{
return numToMachineType(getValue(save,20));
}
public static String chooseEnigmaFromSave(BigInteger save)
{
return numToMachineType(getValue(save, 20));
}
/**
* Return the name indicator of the enigma machine
* @return name
*/
public String getMachineType()
{
return machineType;
}
/**
* Return the name indicator of the enigma machine
* @return name
*/
public String getMachineType()
{
return machineType;
}
/**
*
* @param s source
* @param d domain (max value) of the value
* @return value
*/
public static int getValue(BigInteger s, int d)
{
BigInteger o = s.mod(BigInteger.valueOf(d)).add(BigInteger.valueOf(d)).mod(BigInteger.valueOf(d));
return Integer.valueOf(o.toString());
}
/**
*
* @param s source
* @param d domain (max value) of the value
* @return value
*/
public static int getValue(BigInteger s, int d)
{
BigInteger o = s.mod(BigInteger.valueOf(d)).add(BigInteger.valueOf(d)).mod(BigInteger.valueOf(d));
return Integer.valueOf(o.toString());
}
/**
* remove a digit of domain d from source s
* @param s source
* @param d domain (max value)
* @return trimmed source
*/
public static BigInteger removeDigit(BigInteger s, int d)
{
s = s.subtract(s.mod(BigInteger.valueOf(d)));
s = s.divide(BigInteger.valueOf(d));
return s;
}
/**
* remove a digit of domain d from source s
* @param s source
* @param d domain (max value)
* @return trimmed source
*/
public static BigInteger removeDigit(BigInteger s, int d)
{
s = s.subtract(s.mod(BigInteger.valueOf(d)));
s = s.divide(BigInteger.valueOf(d));
return s;
}
/**
*
* @param s source
* @param b base (max value)
* @param v actual value
* @return lengthened source
*/
public static BigInteger addDigit(BigInteger s, int v, int b)
{
s = s.multiply(BigInteger.valueOf(b));
s = s.add(BigInteger.valueOf(v % b));
return s;
}
/**
*
* @param s source
* @param b base (max value)
* @param v actual value
* @return lengthened source
*/
public static BigInteger addDigit(BigInteger s, int v, int b)
{
s = s.multiply(BigInteger.valueOf(b));
s = s.add(BigInteger.valueOf(v % b));
return s;
}
}

323
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_D.java
View file

@ -31,182 +31,191 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_D extends Enigma {
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
public Enigma_D()
{
super();
machineType = "D";
Log.d(MainActivity.APP_ID, "Created Enigma D");
}
public Enigma_D()
{
super();
machineType = "D";
Log.d(MainActivity.APP_ID, "Created Enigma D");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_K_D_I(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_II(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_III(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_I(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_II(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_III(0, 0));
addAvailableReflector(new Reflector.ReflectorEnigma_D_KD_G31());
}
addAvailableReflector(new Reflector.ReflectorEnigma_D_G31());
}
@Override
public void initialize()
{
this.entryWheel = availableEntryWheels.get(0);
this.rotor1 = availableRotors.get(0);
this.rotor2 = availableRotors.get(1);
this.rotor3 = availableRotors.get(2);
this.reflector = availableReflectors.get(0);
}
@Override
public void initialize()
{
this.entryWheel = availableEntryWheels.get(0);
this.rotor1 = availableRotors.get(0);
this.rotor2 = availableRotors.get(1);
this.rotor3 = availableRotors.get(2);
this.reflector = availableReflectors.get(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState() {
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
@Override
protected void generateState() {
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.rotor1.setRotation(rot1).setRingSetting(ring1);
this.rotor2.setRotation(rot2).setRingSetting(ring2);
this.rotor3.setRotation(rot3).setRingSetting(ring3);
this.rotor1.setRotation(rot1).setRingSetting(ring1);
this.rotor2.setRotation(rot2).setRingSetting(ring2);
this.rotor3.setRotation(rot3).setRingSetting(ring3);
this.reflector.setRotation(rotRef).setRingSetting(ringRef)
.setConfiguration(Plugboard.seedToReflectorConfiguration(rand));
}
this.reflector.setRotation(rotRef).setRingSetting(ringRef)
.setConfiguration(Plugboard.seedToReflectorConfiguration(rand));
}
@Override
public char encryptChar(char k)
{
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public char encryptChar(char k)
{
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(),
state.getRotationReflector(),
state.getRingSettingReflector())
.setConfiguration(state.getConfigurationReflector());
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(),
state.getRotationReflector(),
state.getRingSettingReflector())
.setConfiguration(state.getConfigurationReflector());
}
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setConfigurationReflector(reflector.getConfiguration());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setConfigurationReflector(reflector.getConfiguration());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch(protocol_version)
{
case 1:
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
this.rotor1 = getRotor(0, rot1, ring1);
this.rotor2 = getRotor(1, rot2, ring2);
this.rotor3 = getRotor(2, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
this.reflector.setConfiguration(s);
}
this.rotor1 = getRotor(0, rot1, ring1);
this.rotor2 = getRotor(1, rot2, ring2);
this.rotor3 = getRotor(2, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
this.reflector.setConfiguration(s);
break;
@Override
public String stateToString() {
BigInteger s = Plugboard.configurationToBigInteger(reflector.getConfiguration());
s = addDigit(s, reflector.getRingSetting(), 26);
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, 6, 20); //Machine #6
return s.toString(16);
}
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
@Override
public BigInteger getEncodedState(int protocol_version) {
BigInteger s = Plugboard.configurationToBigInteger(reflector.getConfiguration());
s = addDigit(s, reflector.getRingSetting(), 26);
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, 6, 20); //Machine #6
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

65
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_G260.java
View file

@ -30,41 +30,42 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_G260 extends Enigma_G31
{
public Enigma_G260()
{
super();
machineType = "G260";
Log.d(MainActivity.APP_ID, "Created Enigma G260");
}
public Enigma_G260()
{
super();
machineType = "G260";
Log.d(MainActivity.APP_ID, "Created Enigma G260");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G260_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G260_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G260_III(0, 0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G260_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G260_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G260_III(0, 0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 5, 20); //Machine #5
s = addDigit(s, 5, 20); //Machine #5
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s.toString(16);
}
return s;
}
}

342
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_G31.java
View file

@ -30,194 +30,202 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_G31 extends Enigma
{
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
public Enigma_G31()
{
super();
machineType = "G31";
Log.d(MainActivity.APP_ID, "Created Enigma G31");
}
public Enigma_G31()
{
super();
machineType = "G31";
Log.d(MainActivity.APP_ID, "Created Enigma G31");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G31_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G31_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G31_III(0, 0));
addAvailableReflector(new Reflector.ReflectorEnigma_D_KD_G31());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G31_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G31_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G31_III(0, 0));
addAvailableReflector(new Reflector.ReflectorEnigma_D_G31());
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0);
this.rotor2 = getRotor(1);
this.rotor3 = getRotor(2);
this.reflector = getReflector(0);
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0);
this.rotor2 = getRotor(1);
this.rotor3 = getRotor(2);
this.reflector = getReflector(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition())
{
rotor2.rotate();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
if(rotor3.isAtTurnoverPosition())
{
reflector.setRotation(reflector.getRotation()+1);
}
}
}
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition())
{
rotor2.rotate();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
if(rotor3.isAtTurnoverPosition())
{
reflector.setRotation(reflector.getRotation()+1);
}
}
}
}
protected void generateState()
{
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
protected void generateState()
{
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(),
state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(),
state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public EnigmaStateBundle getState() {
EnigmaStateBundle state = new EnigmaStateBundle();
@Override
public EnigmaStateBundle getState() {
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
break;
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, 3, 20); //Machine #3
return s.toString(16);
}
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 3, 20); //Machine #3
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

65
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_G312.java
View file

@ -30,41 +30,42 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_G312 extends Enigma_G31
{
public Enigma_G312()
{
super();
machineType = "G312";
Log.d(MainActivity.APP_ID, "Created Enigma G312");
}
public Enigma_G312()
{
super();
machineType = "G312";
Log.d(MainActivity.APP_ID, "Created Enigma G312");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G312_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G312_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G312_III(0, 0));
addAvailableReflector(new Reflector.Reflector_G312());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_G312_I(0, 0));
addAvailableRotor(new Rotor.Rotor_G312_II(0, 0));
addAvailableRotor(new Rotor.Rotor_G312_III(0, 0));
addAvailableReflector(new Reflector.Reflector_G312());
}
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 4, 20); //Machine #4
s = addDigit(s, 4, 20); //Machine #4
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s.toString(16);
}
return s;
}
}

354
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_I.java
View file

@ -30,200 +30,210 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_I extends Enigma
{
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected Plugboard plugboard;
protected Plugboard plugboard;
public Enigma_I()
{
super();
machineType = "I";
Log.d(MainActivity.APP_ID, "Created Enigma I");
}
public Enigma_I()
{
super();
machineType = "I";
Log.d(MainActivity.APP_ID, "Created Enigma I");
}
@Override
protected void establishAvailableParts() {
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableReflector(new Reflector.Reflector_A());
addAvailableReflector(new Reflector.Reflector_B());
addAvailableReflector(new Reflector.Reflector_C());
}
@Override
protected void establishAvailableParts() {
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableReflector(new Reflector.Reflector_A());
addAvailableReflector(new Reflector.Reflector_B());
addAvailableReflector(new Reflector.Reflector_C());
}
@Override
public void initialize()
{
this.plugboard= new Plugboard();
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.reflector = getReflector(0);
}
@Override
public void initialize()
{
this.plugboard= new Plugboard();
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.reflector = getReflector(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
r1 = rand.nextInt(5);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(5);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(5);
int ref = rand.nextInt(3);
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
r1 = rand.nextInt(5);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(5);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(5);
int ref = rand.nextInt(3);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.plugboard = new Plugboard();
plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
this.plugboard = new Plugboard();
plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
@Override
public char encryptChar(char k)
{
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = plugboard.encrypt(x);
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
x = plugboard.encrypt(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public char encryptChar(char k)
{
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = plugboard.encrypt(x);
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
x = plugboard.encrypt(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
plugboard.setConfiguration(state.getConfigurationPlugboard());
entryWheel = getEntryWheel(state.getTypeEntryWheel());
rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
reflector = getReflector(state.getTypeReflector());
}
@Override
public void setState(EnigmaStateBundle state)
{
plugboard.setConfiguration(state.getConfigurationPlugboard());
entryWheel = getEntryWheel(state.getTypeEntryWheel());
rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
reflector = getReflector(state.getTypeReflector());
}
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setConfigurationPlugboard(plugboard.getConfiguration());
state.setConfigurationPlugboard(plugboard.getConfiguration());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeReflector(reflector.getIndex());
state.setTypeReflector(reflector.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int ref = getValue(s, availableReflectors.size());
s = removeDigit(s, availableReflectors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int ref = getValue(s, availableReflectors.size());
s = removeDigit(s, availableReflectors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.plugboard = new Plugboard();
plugboard.setConfiguration(s);
}
this.plugboard = new Plugboard();
plugboard.setConfiguration(s);
break;
@Override
public String stateToString() {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 0, 20); //Machine #0
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
return s.toString(16);
}
@Override
public BigInteger getEncodedState(int protocol_version) {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 0, 20); //Machine #0
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

338
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_K.java
View file

@ -30,189 +30,199 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_K extends Enigma
{
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
public Enigma_K()
{
super();
machineType = "K";
Log.d(MainActivity.APP_ID, "Created Enigma K");
}
public Enigma_K()
{
super();
machineType = "K";
Log.d(MainActivity.APP_ID, "Created Enigma K");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_K_D_I(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_II(0,0));
addAvailableRotor(new Rotor.Rotor_K_D_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_K_D_I(0, 0));
addAvailableRotor(new Rotor.Rotor_K_D_II(0,0));
addAvailableRotor(new Rotor.Rotor_K_D_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.reflector = getReflector(0);
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.reflector = getReflector(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState() {
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
@Override
protected void generateState() {
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(), state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(), state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int rot1 = getValue(s,26);
s = removeDigit(s,26);
int ring1 = getValue(s,26);
s = removeDigit(s,26);
int rot2 = getValue(s,26);
s = removeDigit(s,26);
int ring2 = getValue(s,26);
s = removeDigit(s,26);
int rot3 = getValue(s,26);
s = removeDigit(s,26);
int ring3 = getValue(s,26);
s = removeDigit(s,26);
int rotRef = getValue(s,26);
s = removeDigit(s,26);
int ringRef = getValue(s,26);
int rot1 = getValue(s,26);
s = removeDigit(s,26);
int ring1 = getValue(s,26);
s = removeDigit(s,26);
int rot2 = getValue(s,26);
s = removeDigit(s,26);
int ring2 = getValue(s,26);
s = removeDigit(s,26);
int rot3 = getValue(s,26);
s = removeDigit(s,26);
int ring3 = getValue(s,26);
s = removeDigit(s,26);
int rotRef = getValue(s,26);
s = removeDigit(s,26);
int ringRef = getValue(s,26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
break;
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 7, 20); //Machine #7
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
return s.toString(16);
}
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 7, 20); //Machine #7
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

240
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_KD.java Normal file
View file

@ -0,0 +1,240 @@
package de.vanitasvitae.enigmandroid.enigma;
import android.util.Log;
import java.math.BigInteger;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.enigma.rotors.EntryWheel;
import de.vanitasvitae.enigmandroid.enigma.rotors.Reflector;
import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
/**
* Concrete implementation of an enigma machine of name D
* This machine has a rewirable UKW, non changeable rotors.
* Copyright (C) 2015 Paul Schaub
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* @author vanitasvitae
*/
public class Enigma_KD extends Enigma {
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
public Enigma_KD()
{
super();
machineType = "KD";
Log.d(MainActivity.APP_ID, "Created Enigma KD");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ()); //TODO: Really?
addAvailableRotor(new Rotor.Rotor_KD_I(0, 0));
addAvailableRotor(new Rotor.Rotor_KD_II(0, 0));
addAvailableRotor(new Rotor.Rotor_KD_III(0, 0));
addAvailableReflector(new Reflector.ReflectorEnigma_KD());
}
@Override
public void initialize()
{
this.entryWheel = availableEntryWheels.get(0);
this.rotor1 = availableRotors.get(0);
this.rotor2 = availableRotors.get(1);
this.rotor3 = availableRotors.get(2);
this.reflector = availableReflectors.get(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState() {
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
this.reflector.setRotation(rotRef).setRingSetting(ringRef)
.setConfiguration(Plugboard.seedToReflectorConfiguration(rand));
}
@Override
public char encryptChar(char k)
{
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(),
state.getRotationReflector(),
state.getRingSettingReflector())
.setConfiguration(state.getConfigurationReflector());
}
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setConfigurationReflector(reflector.getConfiguration());
return state;
}
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
this.reflector.setConfiguration(s);
break;
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
@Override
public BigInteger getEncodedState(int protocol_version) {
BigInteger s = Plugboard.configurationToBigInteger(reflector.getConfiguration());
s = addDigit(s, reflector.getRingSetting(), 26);
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 12, 20); //Machine #12 TODO: Reorder?
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

67
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_K_Swiss_Airforce.java
View file

@ -30,39 +30,42 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_K_Swiss_Airforce extends Enigma_K
{
public Enigma_K_Swiss_Airforce()
{
super();
machineType = "KSA";
Log.d(MainActivity.APP_ID, "Created Enigma KSA");
}
public Enigma_K_Swiss_Airforce()
{
super();
machineType = "KSA";
Log.d(MainActivity.APP_ID, "Created Enigma KSA");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_I(0,0));
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_II(0,0));
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_I(0,0));
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_II(0,0));
addAvailableRotor(new Rotor.Rotor_K_Swiss_Airforce_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 9, 20); //Machine #9
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
return s.toString(16);
}
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 9, 20); //Machine #9
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

67
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_K_Swiss_Standard.java
View file

@ -30,40 +30,43 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_K_Swiss_Standard extends Enigma_K
{
public Enigma_K_Swiss_Standard()
{
super();
machineType = "KS";
Log.d(MainActivity.APP_ID, "Created Enigma KS");
}
public Enigma_K_Swiss_Standard()
{
super();
machineType = "KS";
Log.d(MainActivity.APP_ID, "Created Enigma KS");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_I(0,0));
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_II(0,0));
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_I(0,0));
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_II(0,0));
addAvailableRotor(new Rotor.Rotor_KSwiss_Standard_III(0,0));
addAvailableReflector(new Reflector.Reflector_K_G260());
}
@Override
public String stateToString()
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 8, 20); //Machine #8
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
return s.toString(16);
}
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 8, 20); //Machine #8
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

117
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_M3.java
View file

@ -30,69 +30,70 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_M3 extends Enigma_I
{
public Enigma_M3()
{
super();
machineType = "M3";
Log.d(MainActivity.APP_ID, "Created Enigma M3");
}
public Enigma_M3()
{
super();
machineType = "M3";
Log.d(MainActivity.APP_ID, "Created Enigma M3");
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableRotor(new Rotor.Rotor_VI(0,0));
addAvailableRotor(new Rotor.Rotor_VII(0,0));
addAvailableRotor(new Rotor.Rotor_VIII(0,0));
addAvailableReflector(new Reflector.Reflector_B());
addAvailableReflector(new Reflector.Reflector_C());
}
@Override
protected void establishAvailableParts()
{
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableRotor(new Rotor.Rotor_VI(0,0));
addAvailableRotor(new Rotor.Rotor_VII(0,0));
addAvailableRotor(new Rotor.Rotor_VIII(0,0));
addAvailableReflector(new Reflector.Reflector_B());
addAvailableReflector(new Reflector.Reflector_C());
}
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
r1 = rand.nextInt(8);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(8);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(8);
int ref = rand.nextInt(2);
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
r1 = rand.nextInt(8);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(8);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(8);
int ref = rand.nextInt(2);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(ref);
this.plugboard = new Plugboard();
plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
this.plugboard = new Plugboard();
plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
@Override
public String stateToString() {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 1, 20); //Machine #1
@Override
public BigInteger getEncodedState(int protocol_version) {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 1, 20); //Machine #1
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s.toString(16);
}
return s;
}
}

501
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_M4.java
View file

@ -31,281 +31,290 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_M4 extends Enigma
{
private ArrayList<Rotor> availableThinRotors;
private EntryWheel entryWheel;
private Rotor rotor1;
private Rotor rotor2;
private Rotor rotor3;
private ArrayList<Rotor> availableThinRotors;
private EntryWheel entryWheel;
private Rotor rotor1;
private Rotor rotor2;
private Rotor rotor3;
private Rotor rotor4;
private Rotor rotor4;
private Reflector reflector;
private Reflector reflector;
private Plugboard plugboard;
private Plugboard plugboard;
public Enigma_M4()
{
super();
machineType = "M4";
Log.d(MainActivity.APP_ID, "Created Enigma M4");
}
public Enigma_M4()
{
super();
machineType = "M4";
Log.d(MainActivity.APP_ID, "Created Enigma M4");
}
protected void addAvailableThinRotor(Rotor r)
{
if(availableThinRotors == null) availableThinRotors = new ArrayList<>();
availableThinRotors.add(availableThinRotors.size(), r.setIndex(availableThinRotors.size()));
}
protected void addAvailableThinRotor(Rotor r)
{
if(availableThinRotors == null) availableThinRotors = new ArrayList<>();
availableThinRotors.add(availableThinRotors.size(), r.setIndex(availableThinRotors.size()));
}
public Rotor getThinRotor(int index)
{
if(availableThinRotors == null || availableThinRotors.size() == 0) return null;
return availableThinRotors.get(index % availableThinRotors.size()).getInstance();
}
public Rotor getThinRotor(int index)
{
if(availableThinRotors == null || availableThinRotors.size() == 0) return null;
return availableThinRotors.get(index % availableThinRotors.size()).getInstance();
}
public Rotor getThinRotor(int index, int rotation, int ringSettings)
{
Rotor r = getThinRotor(index);
if(r == null) return null;
return r.setRotation(rotation).setRingSetting(ringSettings);
}
public Rotor getThinRotor(int index, int rotation, int ringSettings)
{
Rotor r = getThinRotor(index);
if(r == null) return null;
return r.setRotation(rotation).setRingSetting(ringSettings);
}
@Override
protected void establishAvailableParts()
{
Log.d(MainActivity.APP_ID, "Established");
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableRotor(new Rotor.Rotor_VI(0,0));
addAvailableRotor(new Rotor.Rotor_VII(0, 0));
addAvailableRotor(new Rotor.Rotor_VIII(0,0));
addAvailableThinRotor(new Rotor.Rotor_M4_Beta(0, 0));
addAvailableThinRotor(new Rotor.Rotor_M4_Gamma(0, 0));
addAvailableReflector(new Reflector.Reflector_Thin_B());
addAvailableReflector(new Reflector.ReflectorThinC());
}
@Override
protected void establishAvailableParts()
{
Log.d(MainActivity.APP_ID, "Established");
addAvailableEntryWheel(new EntryWheel.EntryWheel_ABCDEF());
addAvailableRotor(new Rotor.Rotor_I(0, 0));
addAvailableRotor(new Rotor.Rotor_II(0,0));
addAvailableRotor(new Rotor.Rotor_III(0,0));
addAvailableRotor(new Rotor.Rotor_IV(0,0));
addAvailableRotor(new Rotor.Rotor_V(0,0));
addAvailableRotor(new Rotor.Rotor_VI(0,0));
addAvailableRotor(new Rotor.Rotor_VII(0, 0));
addAvailableRotor(new Rotor.Rotor_VIII(0,0));
addAvailableThinRotor(new Rotor.Rotor_M4_Beta(0, 0));
addAvailableThinRotor(new Rotor.Rotor_M4_Gamma(0, 0));
addAvailableReflector(new Reflector.Reflector_Thin_B());
addAvailableReflector(new Reflector.ReflectorThinC());
}
@Override
public void initialize()
{
Log.d(MainActivity.APP_ID, "Initialized");
this.plugboard = new Plugboard();
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.rotor4 = getThinRotor(0, 0, 0);
this.reflector = getReflector(0);
}
@Override
public void initialize()
{
Log.d(MainActivity.APP_ID, "Initialized");
this.plugboard = new Plugboard();
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0, 0, 0);
this.rotor2 = getRotor(1, 0, 0);
this.rotor3 = getRotor(2, 0, 0);
this.rotor4 = getThinRotor(0, 0, 0);
this.reflector = getReflector(0);
}
@Override
/**
* Set the enigma into the next mechanical state.
* This rotates the first rotor and eventually also the second/third.
* Also this method handles the anomaly in case it should happen.
*/
public void nextState()
{
//Rotate rotors
rotor1.rotate();
//Eventually turn next rotor (usual turnOver or anomaly)
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
//Set doAnomaly for next call of encryptChar
this.doAnomaly = rotor2.doubleTurnAnomaly();
//Eventually rotate next rotor
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
/**
* Set the enigma into the next mechanical state.
* This rotates the first rotor and eventually also the second/third.
* Also this method handles the anomaly in case it should happen.
*/
public void nextState()
{
//Rotate rotors
rotor1.rotate();
//Eventually turn next rotor (usual turnOver or anomaly)
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
//Set doAnomaly for next call of encryptChar
this.doAnomaly = rotor2.doubleTurnAnomaly();
//Eventually rotate next rotor
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
int r4;
int ref;
r1 = rand.nextInt(8);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(8);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(8);
r4 = rand.nextInt(2);
ref = rand.nextInt(2);
@Override
protected void generateState() {
int r1, r2=-1, r3=-1;
int r4;
int ref;
r1 = rand.nextInt(8);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(8);
while(r3 == -1 || r3 == r2 || r3 == r1) r3 = rand.nextInt(8);
r4 = rand.nextInt(2);
ref = rand.nextInt(2);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rot4 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ring4 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rot4 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ring4 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.rotor4 = getThinRotor(r4, rot4, ring4);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.rotor4 = getThinRotor(r4, rot4, ring4);
this.reflector = getReflector(ref, rotRef, ringRef);
this.reflector = getReflector(ref, rotRef, ringRef);
this.plugboard = new Plugboard();
this.plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
this.plugboard = new Plugboard();
this.plugboard.setConfiguration(Plugboard.seedToPlugboardConfiguration(rand));
}
@Override
/**
* Substitute char k by sending the signal through the enigma.
* The signal passes the plugboard, the rotors and returns back after going through the
* reflector wheel.
*
* @param k input char
* @return substituted output char
*/
public char encryptChar(char k)
{
nextState(); //Rotate rotors
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = plugboard.encrypt(x);
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + rotor4.getRotation() - rotor4.getRingSetting());
x = rotor4.encryptForward(x);
x = rotor1.normalize(x - rotor4.getRotation() + rotor4.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor4.getRotation() - rotor4.getRingSetting());
x = rotor4.encryptBackward(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - rotor4.getRotation() + rotor4.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
x = plugboard.encrypt(x);
return (char) (x + 65); //Add Offset again and cast back to char
}
@Override
/**
* Substitute char k by sending the signal through the enigma.
* The signal passes the plugboard, the rotors and returns back after going through the
* reflector wheel.
*
* @param k input char
* @return substituted output char
*/
public char encryptChar(char k)
{
nextState(); //Rotate rotors
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = plugboard.encrypt(x);
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + rotor4.getRotation() - rotor4.getRingSetting());
x = rotor4.encryptForward(x);
x = rotor1.normalize(x - rotor4.getRotation() + rotor4.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor4.getRotation() - rotor4.getRingSetting());
x = rotor4.encryptBackward(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - rotor4.getRotation() + rotor4.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
x = plugboard.encrypt(x);
return (char) (x + 65); //Add Offset again and cast back to char
}
@Override
public void setState(EnigmaStateBundle state)
{
rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
rotor4 = getThinRotor(state.getTypeRotor4(), state.getRotationRotor4(), state.getRingSettingRotor4());
reflector = getReflector(state.getTypeReflector());
plugboard.setConfiguration(state.getConfigurationPlugboard());
@Override
public void setState(EnigmaStateBundle state)
{
rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
rotor4 = getThinRotor(state.getTypeRotor4(), state.getRotationRotor4(), state.getRingSettingRotor4());
reflector = getReflector(state.getTypeReflector());
plugboard.setConfiguration(state.getConfigurationPlugboard());
}
}
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
@Override
public EnigmaStateBundle getState()
{
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor4(rotor4.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor4(rotor4.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor4(rotor4.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor4(rotor4.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor4(rotor4.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor4(rotor4.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setTypeReflector(reflector.getIndex());
state.setConfigurationPlugboard(plugboard.getConfiguration());
state.setConfigurationPlugboard(plugboard.getConfiguration());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r4 = getValue(s, availableThinRotors.size());
s = removeDigit(s,availableThinRotors.size());
int ref = getValue(s, availableReflectors.size());
s = removeDigit(s,availableReflectors.size());
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s, availableRotors.size());
s = removeDigit(s, availableRotors.size());
int r2 = getValue(s, availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s, availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r4 = getValue(s, availableThinRotors.size());
s = removeDigit(s,availableThinRotors.size());
int ref = getValue(s, availableReflectors.size());
s = removeDigit(s,availableReflectors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s,26);
int ring1 = getValue(s, 26);
s = removeDigit(s,26);
int rot2 = getValue(s, 26);
s = removeDigit(s,26);
int ring2 = getValue(s, 26);
s = removeDigit(s,26);
int rot3 = getValue(s, 26);
s = removeDigit(s,26);
int ring3 = getValue(s, 26);
s = removeDigit(s,26);
int rot4 = getValue(s, 26);
s = removeDigit(s,26);
int ring4 = getValue(s, 26);
s = removeDigit(s,26);
int rotRef = getValue(s, 26);
s = removeDigit(s,26);
int ringRef = getValue(s, 26);
s = removeDigit(s,26);
int rot1 = getValue(s, 26);
s = removeDigit(s,26);
int ring1 = getValue(s, 26);
s = removeDigit(s,26);
int rot2 = getValue(s, 26);
s = removeDigit(s,26);
int ring2 = getValue(s, 26);
s = removeDigit(s,26);
int rot3 = getValue(s, 26);
s = removeDigit(s,26);
int ring3 = getValue(s, 26);
s = removeDigit(s,26);
int rot4 = getValue(s, 26);
s = removeDigit(s,26);
int ring4 = getValue(s, 26);
s = removeDigit(s,26);
int rotRef = getValue(s, 26);
s = removeDigit(s,26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.rotor4 = getThinRotor(r4, rot4, ring4);
this.reflector = getReflector(ref, rotRef, ringRef);
this.plugboard = new Plugboard();
plugboard.setConfiguration(s);
}
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.rotor4 = getThinRotor(r4, rot4, ring4);
this.reflector = getReflector(ref, rotRef, ringRef);
this.plugboard = new Plugboard();
plugboard.setConfiguration(s);
break;
@Override
public String stateToString() {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, reflector.getRingSetting(), 26);
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor4.getRingSetting(), 26);
s = addDigit(s, rotor4.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
}
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor4.getIndex(), availableThinRotors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
@Override
public BigInteger getEncodedState(int protocol_version) {
BigInteger s = Plugboard.configurationToBigInteger(plugboard.getConfiguration());
s = addDigit(s, reflector.getRingSetting(), 26);
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor4.getRingSetting(), 26);
s = addDigit(s, rotor4.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(), 26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(), 26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, 2, 20);
return s.toString(16);
}
s = addDigit(s, reflector.getIndex(), availableReflectors.size());
s = addDigit(s, rotor4.getIndex(), availableThinRotors.size());
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 2, 20);
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

340
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_R.java
View file

@ -30,191 +30,203 @@ import de.vanitasvitae.enigmandroid.enigma.rotors.Rotor;
*/
public class Enigma_R extends Enigma
{
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected EntryWheel entryWheel;
protected Rotor rotor1;
protected Rotor rotor2;
protected Rotor rotor3;
protected Reflector reflector;
protected Reflector reflector;
public Enigma_R()
{
super();
machineType = "R";
Log.d(MainActivity.APP_ID, "Created Enigma R");
}
public Enigma_R()
{
super();
machineType = "R";
Log.d(MainActivity.APP_ID, "Created Enigma R");
}
@Override
protected void establishAvailableParts() {
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_R_I(0, 0));
addAvailableRotor(new Rotor.Rotor_R_II(0,0));
addAvailableRotor(new Rotor.Rotor_R_III(0,0));
addAvailableReflector(new Reflector.Reflector_R());
@Override
protected void establishAvailableParts() {
addAvailableEntryWheel(new EntryWheel.EntryWheel_QWERTZ());
addAvailableRotor(new Rotor.Rotor_R_I(0, 0));
addAvailableRotor(new Rotor.Rotor_R_II(0,0));
addAvailableRotor(new Rotor.Rotor_R_III(0,0));
addAvailableReflector(new Reflector.Reflector_R());
}
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0);
this.rotor2 = getRotor(1);
this.rotor3 = getRotor(2);
this.reflector = getReflector(0);
}
@Override
public void initialize()
{
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(0);
this.rotor2 = getRotor(1);
this.rotor3 = getRotor(2);
this.reflector = getReflector(0);
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
public void nextState()
{
rotor1.rotate();
if (rotor1.isAtTurnoverPosition() || this.doAnomaly)
{
rotor2.rotate();
this.doAnomaly = rotor2.doubleTurnAnomaly();
if (rotor2.isAtTurnoverPosition())
{
rotor3.rotate();
}
}
}
@Override
protected void generateState()
{
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
@Override
protected void generateState()
{
int r1, r2=-1, r3;
r1 = rand.nextInt(3);
while(r2 == -1 || r2 == r1) r2 = rand.nextInt(3);
r3 = 3 - r1 - r2;
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
int rot1 = rand.nextInt(26);
int rot2 = rand.nextInt(26);
int rot3 = rand.nextInt(26);
int rotRef = rand.nextInt(26);
int ring1 = rand.nextInt(26);
int ring2 = rand.nextInt(26);
int ring3 = rand.nextInt(26);
int ringRef = rand.nextInt(26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public char encryptChar(char k) {
nextState();
int x = ((int) k)-65; //Cast to int and remove Unicode Offset (A=65 in Unicode.)
//Encryption
//forward direction
x = entryWheel.encryptForward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting());
x = rotor1.encryptForward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting() + rotor2.getRotation() - rotor2.getRingSetting());
x = rotor2.encryptForward(x);
x = rotor1.normalize(x - rotor2.getRotation() + rotor2.getRingSetting() + rotor3.getRotation() - rotor3.getRingSetting());
x = rotor3.encryptForward(x);
x = rotor1.normalize(x - rotor3.getRotation() + rotor3.getRingSetting() + reflector.getRotation() - reflector.getRingSetting());
//backward direction
x = reflector.encrypt(x);
x = rotor1.normalize(x + rotor3.getRotation() - rotor3.getRingSetting() - reflector.getRotation() + reflector.getRingSetting());
x = rotor3.encryptBackward(x);
x = rotor1.normalize(x + rotor2.getRotation() - rotor2.getRingSetting() - rotor3.getRotation() + rotor3.getRingSetting());
x = rotor2.encryptBackward(x);
x = rotor1.normalize(x + rotor1.getRotation() - rotor1.getRingSetting() - rotor2.getRotation() + rotor2.getRingSetting());
x = rotor1.encryptBackward(x);
x = rotor1.normalize(x - rotor1.getRotation() + rotor1.getRingSetting());
x = entryWheel.encryptBackward(x);
return (char) (x + 65); //Add Offset again, cast back to char and return
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(), state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public void setState(EnigmaStateBundle state)
{
this.entryWheel = getEntryWheel(state.getTypeEntryWheel());
this.rotor1 = getRotor(state.getTypeRotor1(), state.getRotationRotor1(), state.getRingSettingRotor1());
this.rotor2 = getRotor(state.getTypeRotor2(), state.getRotationRotor2(), state.getRingSettingRotor2());
this.rotor3 = getRotor(state.getTypeRotor3(), state.getRotationRotor3(), state.getRingSettingRotor3());
this.reflector = getReflector(state.getTypeReflector(), state.getRotationReflector(), state.getRingSettingReflector());
}
@Override
public EnigmaStateBundle getState() {
EnigmaStateBundle state = new EnigmaStateBundle();
@Override
public EnigmaStateBundle getState() {
EnigmaStateBundle state = new EnigmaStateBundle();
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeEntryWheel(entryWheel.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setTypeRotor1(rotor1.getIndex());
state.setTypeRotor2(rotor2.getIndex());
state.setTypeRotor3(rotor3.getIndex());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRotationRotor1(rotor1.getRotation());
state.setRotationRotor2(rotor2.getRotation());
state.setRotationRotor3(rotor3.getRotation());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setRingSettingRotor1(rotor1.getRingSetting());
state.setRingSettingRotor2(rotor2.getRingSetting());
state.setRingSettingRotor3(rotor3.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
state.setTypeReflector(reflector.getIndex());
state.setRotationReflector(reflector.getRotation());
state.setRingSettingReflector(reflector.getRingSetting());
return state;
}
return state;
}
@Override
public void restoreState(BigInteger s)
{
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
@Override
public void restoreState(BigInteger s, int protocol_version)
{
switch (protocol_version)
{
case 1:
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
int rot1 = getValue(s, 26);
s = removeDigit(s, 26);
int ring1 = getValue(s, 26);
s = removeDigit(s, 26);
int rot2 = getValue(s, 26);
s = removeDigit(s, 26);
int ring2 = getValue(s, 26);
s = removeDigit(s, 26);
int rot3 = getValue(s, 26);
s = removeDigit(s, 26);
int ring3 = getValue(s, 26);
s = removeDigit(s, 26);
int rotRef = getValue(s, 26);
s = removeDigit(s, 26);
int ringRef = getValue(s, 26);
s = removeDigit(s, 26);
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
this.entryWheel = getEntryWheel(0);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
break;
@Override
public String stateToString()
{
BigInteger t = BigInteger.valueOf(reflector.getRingSetting());
t = addDigit(t, reflector.getRotation(), 26);
t = addDigit(t, rotor3.getRingSetting(),26);
t = addDigit(t, rotor3.getRotation(), 26);
t = addDigit(t, rotor2.getRingSetting(),26);
t = addDigit(t, rotor2.getRotation(), 26);
t = addDigit(t, rotor1.getRingSetting(), 26);
t = addDigit(t, rotor1.getRotation(), 26);
t = addDigit(t, rotor3.getIndex(), availableRotors.size());
t = addDigit(t, rotor2.getIndex(), availableRotors.size());
t = addDigit(t, rotor1.getIndex(), availableRotors.size());
t = addDigit(t, 10, 20); //Machine #10
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
return t.toString(16);
}
}
@Override
public BigInteger getEncodedState(int protocol_version)
{
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 10, 20); //Machine #10
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

91
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Enigma_T.java
View file

@ -166,53 +166,64 @@ public class Enigma_T extends Enigma
}
@Override
public void restoreState(BigInteger s)
public void restoreState(BigInteger s, int protocol_version)
{
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
switch (protocol_version)
{
case 1:
int r1 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r2 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int r3 = getValue(s,availableRotors.size());
s = removeDigit(s,availableRotors.size());
int rot1 = getValue(s,26);
s = removeDigit(s,26);
int ring1 = getValue(s,26);
s = removeDigit(s,26);
int rot2 = getValue(s,26);
s = removeDigit(s,26);
int ring2 = getValue(s,26);
s = removeDigit(s,26);
int rot3 = getValue(s,26);
s = removeDigit(s,26);
int ring3 = getValue(s,26);
s = removeDigit(s,26);
int rotRef = getValue(s,26);
s = removeDigit(s,26);
int ringRef = getValue(s,26);
int rot1 = getValue(s,26);
s = removeDigit(s,26);
int ring1 = getValue(s,26);
s = removeDigit(s,26);
int rot2 = getValue(s,26);
s = removeDigit(s,26);
int ring2 = getValue(s,26);
s = removeDigit(s,26);
int rot3 = getValue(s,26);
s = removeDigit(s,26);
int ring3 = getValue(s,26);
s = removeDigit(s,26);
int rotRef = getValue(s,26);
s = removeDigit(s, 26);
int ringRef = getValue(s,26);
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
break;
default: Log.e(MainActivity.APP_ID, "Unsupported protocol version "+protocol_version);
}
this.rotor1 = getRotor(r1, rot1, ring1);
this.rotor2 = getRotor(r2, rot2, ring2);
this.rotor3 = getRotor(r3, rot3, ring3);
this.reflector = getReflector(0, rotRef, ringRef);
}
@Override
public String stateToString()
public BigInteger getEncodedState(int protocol_version)
{
BigInteger t = BigInteger.valueOf(reflector.getRingSetting());
t = addDigit(t, reflector.getRotation(), 26);
t = addDigit(t, rotor3.getRingSetting(),26);
t = addDigit(t, rotor3.getRotation(), 26);
t = addDigit(t, rotor2.getRingSetting(),26);
t = addDigit(t, rotor2.getRotation(), 26);
t = addDigit(t, rotor1.getRingSetting(), 26);
t = addDigit(t, rotor1.getRotation(), 26);
t = addDigit(t, rotor3.getIndex(), availableRotors.size());
t = addDigit(t, rotor2.getIndex(), availableRotors.size());
t = addDigit(t, rotor1.getIndex(), availableRotors.size());
t = addDigit(t, 11, 20); //Machine #11
BigInteger s = BigInteger.valueOf(reflector.getRingSetting());
s = addDigit(s, reflector.getRotation(), 26);
s = addDigit(s, rotor3.getRingSetting(),26);
s = addDigit(s, rotor3.getRotation(), 26);
s = addDigit(s, rotor2.getRingSetting(),26);
s = addDigit(s, rotor2.getRotation(), 26);
s = addDigit(s, rotor1.getRingSetting(), 26);
s = addDigit(s, rotor1.getRotation(), 26);
return t.toString(16);
s = addDigit(s, rotor3.getIndex(), availableRotors.size());
s = addDigit(s, rotor2.getIndex(), availableRotors.size());
s = addDigit(s, rotor1.getIndex(), availableRotors.size());
s = addDigit(s, 11, 20); //Machine #11
s = addDigit(s, protocol_version, MainActivity.max_protocol_version);
return s;
}
}

2
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/Plugboard.java
View file

@ -87,7 +87,7 @@ public class Plugboard
public static int[] stringToConfiguration(String in)
{
String pairs = trimString(new InputPreparer.RemoveIllegalCharacters().prepareString(in));
int[] out = empty;
int[] out = Arrays.copyOf(empty, empty.length);
//Check if in is too long or odd
int l = pairs.length();
if(l>1 && (pairs.length() > 26 || pairs.length()/2 == (pairs.length()-1)/2))

572
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/rotors/Reflector.java
View file

@ -3,6 +3,7 @@ package de.vanitasvitae.enigmandroid.enigma.rotors;
import android.util.Log;
import java.math.BigInteger;
import java.util.Arrays;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
@ -31,310 +32,325 @@ import de.vanitasvitae.enigmandroid.enigma.Plugboard;
*/
public class Reflector
{
protected int type;
protected String name;
protected int index;
protected String summary;
protected int[] connections;
protected int rotation;
protected int ringSetting;
protected int type;
protected String name;
protected int index;
protected String summary;
protected int[] connections;
protected int rotation;
protected int ringSetting;
/**
* This constructor is not accessible from outside this class file.
* Use the one of the createReflector* methods instead to create concrete Reflectors from
* outside this class file
* @param type name indicator of the reflector
* @param connections wiring of the reflector as Integer array
*/
protected Reflector(int type, String name, String summary, int[] connections)
{
this.type = type;
this.name = name;
this.summary = summary;
this.connections = connections;
}
/**
* This constructor is not accessible from outside this class file.
* Use the one of the createReflector* methods instead to create concrete Reflectors from
* outside this class file
* @param type name indicator of the reflector
* @param connections wiring of the reflector as Integer array
*/
protected Reflector(int type, String name, String summary, int[] connections)
{
this.type = type;
this.name = name;
this.summary = summary;
this.connections = connections;
}
public Reflector getInstance()
{
//noinspection ConstantConditions
return createReflector(this.type).setIndex(this.getIndex());
}
public Reflector getInstance()
{
//noinspection ConstantConditions
return createReflector(this.type).setIndex(this.getIndex());
}
public Reflector getInstance(int rotation, int ringSetting)
{
//noinspection ConstantConditions
return createReflector(this.type).setIndex(this.getIndex())
.setRotation(rotation).setRingSetting(ringSetting);
}
public Reflector getInstance(int rotation, int ringSetting)
{
//noinspection ConstantConditions
return createReflector(this.type).setIndex(this.getIndex())
.setRotation(rotation).setRingSetting(ringSetting);
}
public Reflector setIndex(int index)
{
this.index = index;
return this;
}
public Reflector setIndex(int index)
{
this.index = index;
return this;
}
public int getIndex()
{
return this.index;
}
public int getIndex()
{
return this.index;
}
public int getRotation()
{
return rotation;
}
public int getRotation()
{
return rotation;
}
public int getRingSetting()
{
return ringSetting;
}
public int getRingSetting()
{
return ringSetting;
}
public Reflector setRotation(int rotation)
{
this.rotation = rotation;
return this;
}
public Reflector setRotation(int rotation)
{
this.rotation = rotation;
return this;
}
public Reflector setRingSetting(int ringSetting)
{
this.ringSetting = ringSetting;
return this;
}
public Reflector setRingSetting(int ringSetting)
{
this.ringSetting = ringSetting;
return this;
}
public Reflector setConfiguration(int[] c)
{
this.connections = c;
return this;
}
public Reflector setConfiguration(int[] c)
{
this.connections = c;
return this;
}
public BigInteger setConfiguration(BigInteger b)
{
String s = "";
public BigInteger setConfiguration(BigInteger b)
{
String s = "";
int x;
while((x = Enigma.getValue(b, 27)) != 26 || b.compareTo(BigInteger.ZERO) > 1)
{
s = ((char) (x+65))+s;
b = Enigma.removeDigit(b, 27);
}
Log.d(MainActivity.APP_ID, "Restored: " + s);
this.setConfiguration(Plugboard.stringToConfiguration(s));
return b;
}
int x;
while((x = Enigma.getValue(b, 27)) != 26 || b.compareTo(BigInteger.ZERO) > 1)
{
s = ((char) (x+65))+s;
b = Enigma.removeDigit(b, 27);
}
Log.d(MainActivity.APP_ID, "Restored: " + s);
this.setConfiguration(Plugboard.stringToConfiguration(s));
return b;
}
public int[] getConfiguration()
{
return connections;
}
public int[] getConfiguration()
{
return connections;
}
/**
* Factory method to create reflectors.
* @param type name of the created reflector
* 1 -> ReflectorA
* 2 -> ReflectorB
* 3 -> ReflectorC
* 4 -> ReflectorThinB
* 5 -> ReflectorThinC
* 6 -> ReflectorEnigma_D_KD_G31
* 7 -> Reflector_K
* 8 -> Reflector_T
* 9 -> Reflector_G312
* 10 -> Reflector_G260
* 11 -> Reflector_R
* default -> ReflectorB
* @return Reflector
*/
public static Reflector createReflector(int type)
{
switch (type)
{
case 0: return new Reflector_A();
case 1: return new Reflector_B();
case 2: return new Reflector_C();
case 10: return new Reflector_Thin_B();
case 11: return new ReflectorThinC();
case 20: return new ReflectorEnigma_D_KD_G31();
case 30: return new Reflector_G312();
case 40: return new Reflector_K_G260();
case 50: return new Reflector_R();
case 60: return new ReflectorEnigma_T();
/**
* Factory method to create reflectors.
* @param type name of the created reflector
* 1 -> ReflectorA
* 2 -> ReflectorB
* 3 -> ReflectorC
* 4 -> ReflectorThinB
* 5 -> ReflectorThinC
* 6 -> ReflectorEnigma_D_KD_G31
* 7 -> Reflector_K
* 8 -> Reflector_T
* 9 -> Reflector_G312
* 10 -> Reflector_G260
* 11 -> Reflector_R
* default -> ReflectorB
* @return Reflector
*/
public static Reflector createReflector(int type)
{
switch (type)
{
case 0: return new Reflector_A();
case 1: return new Reflector_B();
case 2: return new Reflector_C();
case 10: return new Reflector_Thin_B();
case 11: return new ReflectorThinC();
case 20: return new ReflectorEnigma_D_G31();
case 21: return new ReflectorEnigma_KD();
case 30: return new Reflector_G312();
case 40: return new Reflector_K_G260();
case 50: return new Reflector_R();
case 60: return new ReflectorEnigma_T();
default:
Log.e(MainActivity.APP_ID," Tried to create Reflector of invalid name "+type);
return null;
}
}
default:
Log.e(MainActivity.APP_ID," Tried to create Reflector of invalid name "+type);
return null;
}
}
/**
* Substitute an input signal via the wiring of the reflector with a different (!) output.
* The output MUST not be equal to the input for any input, since this was not possible
* due to the electronic implementation of the historical enigma machine.
* @param input input signal
* @return encrypted (substituted) output
*/
public int encrypt(int input)
{
return this.connections[normalize(input)];
}
/**
* Substitute an input signal via the wiring of the reflector with a different (!) output.
* The output MUST not be equal to the input for any input, since this was not possible
* due to the electronic implementation of the historical enigma machine.
* @param input input signal
* @return encrypted (substituted) output
*/
public int encrypt(int input)
{
return this.connections[normalize(input)];
}
/**
* Return the size (ie the number of wires/length of the connections array) of the reflector
* @return size
*/
private int getRotorSize()
{
return this.connections.length;
}
/**
* Return the size (ie the number of wires/length of the connections array) of the reflector
* @return size
*/
private int getRotorSize()
{
return this.connections.length;
}
/**
* Normalize the input.
* Normalizing means keeping the input via modulo in the range from 0 to n-1, where n is equal
* to the size of the reflector. This is necessary since java allows negative modulo values,
* which can break this implementation
* @param input input signal
* @return "normalized" input signal
*/
private int normalize(int input)
{
return (input + this.getRotorSize()) % this.getRotorSize();
}
/**
* Normalize the input.
* Normalizing means keeping the input via modulo in the range from 0 to n-1, where n is equal
* to the size of the reflector. This is necessary since java allows negative modulo values,
* which can break this implementation
* @param input input signal
* @return "normalized" input signal
*/
private int normalize(int input)
{
return (input + this.getRotorSize()) % this.getRotorSize();
}
/**
* Concrete implementation of ReflectorA
* Used in Enigma I
* AE BJ CM DZ FL GY HX IV KW NR OQ PU ST
*/
public static class Reflector_A extends Reflector
{
public Reflector_A()
{
super(0, "A", "EJMZALYXVBWFCRQUONTSPIKHGD",
new int[]{4,9,12,25,0,11,24,23,21,1,22,5,2,17,16,20,14,13,19,18,15,8,10,7,6,3});
}
}
/**
* Concrete implementation of ReflectorA
* Used in Enigma I
* AE BJ CM DZ FL GY HX IV KW NR OQ PU ST
*/
public static class Reflector_A extends Reflector
{
public Reflector_A()
{
super(0, "A", "EJMZALYXVBWFCRQUONTSPIKHGD",
new int[]{4,9,12,25,0,11,24,23,21,1,22,5,2,17,16,20,14,13,19,18,15,8,10,7,6,3});
}
}
/**
* Concrete implementation of ReflectorB
* Used in Enigma I, M3
* AY BR CU DH EQ FS GL IP JX KN MO TZ VW
*/
public static class Reflector_B extends Reflector
{
public Reflector_B()
{
super(1, "B", "YRUHQSLDPXNGOKMIEBFZCWVJAT",
new int[]{24,17,20,7,16,18,11,3,15,23,13,6,14,10,12,8,4,1,5,25,2,22,21,9,0,19});
}
}
/**
* Concrete implementation of ReflectorB
* Used in Enigma I, M3
* AY BR CU DH EQ FS GL IP JX KN MO TZ VW
*/
public static class Reflector_B extends Reflector
{
public Reflector_B()
{
super(1, "B", "YRUHQSLDPXNGOKMIEBFZCWVJAT",
new int[]{24,17,20,7,16,18,11,3,15,23,13,6,14,10,12,8,4,1,5,25,2,22,21,9,0,19});
}
}
/**
* Concrete implementation of ReflectorC
* Used in Enigma I, M3
* AF BV CP DJ EI GO HY KR LZ MX NW QT SU
*/
public static class Reflector_C extends Reflector
{
public Reflector_C()
{
super(2, "C", "FVPJIAOYEDRZXWGCTKUGSBNMHL",
new int[]{5,21,15,9,8,0,14,24,4,3,17,25,23,22,6,2,19,10,20,16,18,1,13,12,7,11});
}
}
/**
* Concrete implementation of ReflectorC
* Used in Enigma I, M3
* AF BV CP DJ EI GO HY KR LZ MX NW QT SU
*/
public static class Reflector_C extends Reflector
{
public Reflector_C()
{
super(2, "C", "FVPJIAOYEDRZXWGCTKUGSBNMHL",
new int[]{5,21,15,9,8,0,14,24,4,3,17,25,23,22,6,2,19,10,20,16,18,1,13,12,7,11});
}
}
/**
* Concrete implementation of thin reflector name b (not equal to normal name b!)
* When used with Rotor Beta on rotation 0, the pair was equivalent to normal reflector B
* S->Beta->ThinB->Beta'->X == X->UKWB->S
* Used in Enigma M4
* E N K Q A U Y W J I C O P B L M D X Z V F T H R G S
*/
public static class Reflector_Thin_B extends Reflector
{
public Reflector_Thin_B()
{
super(10, "Thin-B", "ENKQAUYWJICOPBLMDXZVFTHRGS",
new int[]{4,13,10,16,0,20,24,22,9,8,2,14,15,1,11,12,3,23,25,21,5,19,7,17,6,18});
}
}
/**
* Concrete implementation of thin reflector name b (not equal to normal name b!)
* When used with Rotor Beta on rotation 0, the pair was equivalent to normal reflector B
* S->Beta->ThinB->Beta'->X == X->UKWB->S
* Used in Enigma M4
* E N K Q A U Y W J I C O P B L M D X Z V F T H R G S
*/
public static class Reflector_Thin_B extends Reflector
{
public Reflector_Thin_B()
{
super(10, "Thin-B", "ENKQAUYWJICOPBLMDXZVFTHRGS",
new int[]{4,13,10,16,0,20,24,22,9,8,2,14,15,1,11,12,3,23,25,21,5,19,7,17,6,18});
}
}
/**
* Concrete implementation of thin reflector name c (not equal to normal name c!)
* When used with Rotor Gamma on rotation 0, the pair was equivalent to normal reflector C
* S->Gamma->ThinC->Gamma'->X == X->UKWC->S
* Used in Enigma M4
* R D O B J N T K V E H M L F C W Z A X G Y I P S U Q
*/
public static class ReflectorThinC extends Reflector
{
public ReflectorThinC()
{
super(11, "ThinC", "RDOBJNTKVEHMLFCWZAXGYIPSUQ",
new int[]{17,3,14,1,9,13,19,10,21,4,7,12,11,5,2,22,25,0,23,6,24,8,15,18,20,16});
}
}
/**
* Concrete implementation of thin reflector name c (not equal to normal name c!)
* When used with Rotor Gamma on rotation 0, the pair was equivalent to normal reflector C
* S->Gamma->ThinC->Gamma'->X == X->UKWC->S
* Used in Enigma M4
* R D O B J N T K V E H M L F C W Z A X G Y I P S U Q
*/
public static class ReflectorThinC extends Reflector
{
public ReflectorThinC()
{
super(11, "ThinC", "RDOBJNTKVEHMLFCWZAXGYIPSUQ",
new int[]{17,3,14,1,9,13,19,10,21,4,7,12,11,5,2,22,25,0,23,6,24,8,15,18,20,16});
}
}
/**
* Pluggable Reflector of the Enigma machine of name D and KD
* Standard wiring: AI,BM,CE,DT,FG,HR,JY,KS,LQ,NZ,OX,PW,UV
* Has additional ringSetting and can rotate
*/
public static class ReflectorEnigma_D_KD_G31 extends Reflector
{
public static final int[] defaultWiring_D_KD_G31 = {8,12,4,19,2,6,5,17,0,24,18,16,1,25,23,22,11,7,10,3,21,20,15,14,9,13};
public ReflectorEnigma_D_KD_G31()
{
super(20, "Ref-D", "Default: IMETCGFRAYSQBZXWLHKDVUPOJN", defaultWiring_D_KD_G31);
}
}
/**
* Pluggable Reflector of the Enigma machine of name D and G31
* Standard wiring: AI,BM,CE,DT,FG,HR,JY,KS,LQ,NZ,OX,PW,UV
* Has additional ringSetting and can rotate
*/
public static class ReflectorEnigma_D_G31 extends Reflector
{
public static final int[] defaultWiring_D_G31 = {8,12,4,19,2,6,5,17,0,24,18,16,1,25,23,22,11,7,10,3,21,20,15,14,9,13};
public ReflectorEnigma_D_G31()
{
super(20, "Ref-D", "Default: IMETCGFRAYSQBZXWLHKDVUPOJN", Arrays.copyOf(defaultWiring_D_G31,defaultWiring_D_G31.length));
}
}
/**
* Reflector as used in the Enigma name G-312 Abwehr
* R U L Q M Z J S Y G O C E T K W D A H N B X P V I F
*/
public static class Reflector_G312 extends Reflector
{
public Reflector_G312()
{
super(30, "Ref-G312", "RULQMZJSYGOCETKWDAHNBXPVIF",
new int[]{17,20,11,16,12,25,9,18,24,6,14,2,4,19,10,22,3,0,7,13,1,23,15,21,8,5});
}
}
/**
* Pluggable Reflector as used in the Enigma of Type KD
* Standard wiring: KOTVPNLMJIAGHFBEWYXCZDQSRU
* Has additional ringSetting and can rotate
*/
public static class ReflectorEnigma_KD extends Reflector
{
public static final int[] defaultWiring_KD = {10,14,19,21,15,13,11,12,9,8,0,6,7,5,1,4,22,24,23,2,25,3,16,18,17,20};
public ReflectorEnigma_KD()
{
super(21, "Ref-KD", "Default: KOTVPNLMJIAGHFBEWYXCZDQSRU", Arrays.copyOf(defaultWiring_KD, defaultWiring_KD.length));
}
}
/**
* Reflector as used in the Enigma name G-260 Abwehr
* I M E T C G F R A Y S Q B Z X W L H K D V U P O J N
*/
public static class Reflector_K_G260 extends Reflector
{
public Reflector_K_G260()
{
super(40,"Ref-K/G260", "IMETCGFRAYSQBZXWLHKDVUPOJN",
new int[]{8,12,4,19,2,6,5,17,0,24,18,16,1,25,23,22,11,7,10,3,21,20,15,14,9,13});
}
}
/**
* Reflector as used in the Enigma name G-312 Abwehr
* R U L Q M Z J S Y G O C E T K W D A H N B X P V I F
*/
public static class Reflector_G312 extends Reflector
{
public Reflector_G312()
{
super(30, "Ref-G312", "RULQMZJSYGOCETKWDAHNBXPVIF",
new int[]{17,20,11,16,12,25,9,18,24,6,14,2,4,19,10,22,3,0,7,13,1,23,15,21,8,5});
}
}
/**
* Reflector as used in the Enigma Type R "Rocket" (Reichsbahn)
* Q Y H O G N E C V P U Z T F D J A X W M K J S R B L
*/
public static class Reflector_R extends Reflector
{
public Reflector_R()
{
super(50, "Ref-R", "QYHOGNECVPUZTFDJAXWMKJSRBL",
new int[]{16,24,7,14,6,13,4,2,21,15,20,25,19,5,3,9,0,23,22,12,10,8,18,17,1,11});
}
}
/**
* Reflector as used in the Enigma name G-260 Abwehr
* I M E T C G F R A Y S Q B Z X W L H K D V U P O J N
*/
public static class Reflector_K_G260 extends Reflector
{
public Reflector_K_G260()
{
super(40,"Ref-K/G260", "IMETCGFRAYSQBZXWLHKDVUPOJN",
new int[]{8,12,4,19,2,6,5,17,0,24,18,16,1,25,23,22,11,7,10,3,21,20,15,14,9,13});
}
}
/**
* Reflector as used in the Enigma name T (Tirpitz)
* G E K P B T A U M O C N I L J D X Z Y F H W V Q S R
*/
public static class ReflectorEnigma_T extends Reflector
{
public ReflectorEnigma_T()
{
super(60, "Ref-T", "GEKPBTAUMOCNILJDXZYFHWVQSR",
new int[]{6,4,10,15,1,19,0,20,12,14,2,13,8,11,9,3,23,25,24,5,7,22,21,16,18,17});
}
}
/**
* Reflector as used in the Enigma Type R "Rocket" (Reichsbahn)
* Q Y H O G N E C V P U Z T F D J A X W M K J S R B L
*/
public static class Reflector_R extends Reflector
{
public Reflector_R()
{
super(50, "Ref-R", "QYHOGNECVPUZTFDJAXWMKJSRBL",
new int[]{16,24,7,14,6,13,4,2,21,15,20,25,19,5,3,9,0,23,22,12,10,8,18,17,1,11});
}
}
/**
* Reflector as used in the Enigma name T (Tirpitz)
* G E K P B T A U M O C N I L J D X Z Y F H W V Q S R
*/
public static class ReflectorEnigma_T extends Reflector
{
public ReflectorEnigma_T()
{
super(60, "Ref-T", "GEKPBTAUMOCNILJDXZYFHWVQSR",
new int[]{6,4,10,15,1,19,0,20,12,14,2,13,8,11,9,3,23,25,24,5,7,22,21,16,18,17});
}
}
}

120
app/src/main/java/de/vanitasvitae/enigmandroid/enigma/rotors/Rotor.java
View file

@ -140,26 +140,30 @@ public abstract class Rotor
case 51: return new Rotor_K_D_II(rotation, ringSetting);
case 52: return new Rotor_K_D_III(rotation, ringSetting);
case 60: return new Rotor_KSwiss_Standard_I(rotation, ringSetting);
case 61: return new Rotor_KSwiss_Standard_II(rotation, ringSetting);
case 62: return new Rotor_KSwiss_Standard_III(rotation, ringSetting);
case 60: return new Rotor_KD_I(rotation, ringSetting);
case 61: return new Rotor_KD_II(rotation, ringSetting);
case 62: return new Rotor_KD_III(rotation, ringSetting);
case 70: return new Rotor_K_Swiss_Airforce_I(rotation, ringSetting);
case 71: return new Rotor_K_Swiss_Airforce_II(rotation, ringSetting);
case 72: return new Rotor_K_Swiss_Airforce_III(rotation, ringSetting);
case 70: return new Rotor_KSwiss_Standard_I(rotation, ringSetting);
case 71: return new Rotor_KSwiss_Standard_II(rotation, ringSetting);
case 72: return new Rotor_KSwiss_Standard_III(rotation, ringSetting);
case 80: return new Rotor_R_I(rotation, ringSetting);
case 81: return new Rotor_R_II(rotation, ringSetting);
case 82: return new Rotor_R_III(rotation, ringSetting);
case 80: return new Rotor_K_Swiss_Airforce_I(rotation, ringSetting);
case 81: return new Rotor_K_Swiss_Airforce_II(rotation, ringSetting);
case 82: return new Rotor_K_Swiss_Airforce_III(rotation, ringSetting);
case 90: return new Rotor_T_I(rotation, ringSetting);
case 91: return new Rotor_T_II(rotation, ringSetting);
case 92: return new Rotor_T_III(rotation, ringSetting);
case 93: return new Rotor_T_IV(rotation, ringSetting);
case 94: return new Rotor_T_V(rotation, ringSetting);
case 95: return new Rotor_T_VI(rotation, ringSetting);
case 96: return new Rotor_T_VII(rotation, ringSetting);
case 97: return new Rotor_T_VIII(rotation, ringSetting);
case 90: return new Rotor_R_I(rotation, ringSetting);
case 91: return new Rotor_R_II(rotation, ringSetting);
case 92: return new Rotor_R_III(rotation, ringSetting);
case 100: return new Rotor_T_I(rotation, ringSetting);
case 101: return new Rotor_T_II(rotation, ringSetting);
case 102: return new Rotor_T_III(rotation, ringSetting);
case 103: return new Rotor_T_IV(rotation, ringSetting);
case 104: return new Rotor_T_V(rotation, ringSetting);
case 105: return new Rotor_T_VI(rotation, ringSetting);
case 106: return new Rotor_T_VII(rotation, ringSetting);
case 107: return new Rotor_T_VIII(rotation, ringSetting);
default: Log.e(MainActivity.APP_ID," Tried to create Rotor of invalid name "+type);
return null;
@ -707,6 +711,54 @@ public abstract class Rotor
}
}
/**
* Rotor I as used in the Enigma Type KD
* VEZIOJCXKYDUNTWAPLQGBHSFMR
* Turnover TVZBFIMOR
*/
public static class Rotor_KD_I extends Rotor
{
public Rotor_KD_I(int rotation, int ringSetting)
{
super(60, "KD-I", "VEZIOJCXKYDUNTWAPLQGBHSFMR",
new Integer[]{21,4,25,8,14,9,2,23,10,24,3,20,13,19,22,0,15,11,16,6,1,7,18,5,12,17},
new Integer[]{15,20,6,10,1,23,19,21,3,5,8,17,24,12,4,16,18,25,22,13,11,0,14,7,9,2},
new Integer[]{19,21,25,1,5,8,12,14,17}, ringSetting, rotation);
}
}
/**
* Rotor II as used in the Enigma Type KD
* HGRBSJZETDLVPMQYCXAOKINFUW
* Turnover TVZBFIMOR
*/
public static class Rotor_KD_II extends Rotor
{
public Rotor_KD_II(int rotation, int ringSetting)
{
super(61, "KD-II", "HGRBSJZETDLVPMQYCXAOKINFUW",
new Integer[]{7,6,17,1,18,9,25,4,19,3,11,21,15,12,16,24,2,23,0,14,10,8,13,5,20,22},
new Integer[]{18,3,16,9,7,23,1,0,21,5,20,10,13,22,19,12,14,2,4,8,24,11,25,17,15,6},
new Integer[]{19,21,25,1,5,8,12,14,17}, ringSetting, rotation);
}
}
/**
* Rotor III as used in the Enigma Type KD
* NWLHXGRBYOJSAZDVTPKFQMEUIC
* Turnover TVZBFIMOR
*/
public static class Rotor_KD_III extends Rotor
{
public Rotor_KD_III(int rotation, int ringSetting)
{
super(62, "KD-II", "NWLHXGRBYOJSAZDVTPKFQMEUIC",
new Integer[]{13,22,11,7,23,6,17,1,24,14,9,18,0,25,3,21,19,15,10,5,16,12,4,20,8,2},
new Integer[]{12,7,25,14,22,19,5,3,24,10,18,2,21,0,9,17,20,6,11,16,23,15,1,4,8,13},
new Integer[]{19,21,25,1,5,8,12,14,17}, ringSetting, rotation);
}
}
/**
* Rotor I as used in the Enigma Type K (Switzerland)
* P E Z U O H X S C V F M T B G L R I N Q J W A Y D K
@ -716,7 +768,7 @@ public abstract class Rotor
{
public Rotor_KSwiss_Standard_I(int rotation, int ringSetting)
{
super(60, "KS-I", "PEZUOHXSCVFMTBGLRINQJWAYDK",
super(70, "KS-I", "PEZUOHXSCVFMTBGLRINQJWAYDK",
new Integer[]{15,4,25,20,14,7,23,18,2,21,5,12,19,1,6,11,17,8,13,16,9,22,0,24,3,10},
new Integer[]{22,13,8,24,1,10,14,5,17,20,25,15,11,18,4,0,19,16,7,12,3,9,21,6,23,2},
new Integer[]{25}, ringSetting, rotation);
@ -732,7 +784,7 @@ public abstract class Rotor
{
public Rotor_KSwiss_Standard_II(int rotation, int ringSetting)
{
super(61, "KS-II", "ZOUESYDKFWPCIQXHMVBLGNJRAT",
super(71, "KS-II", "ZOUESYDKFWPCIQXHMVBLGNJRAT",
new Integer[]{25,14,20,4,18,24,3,10,5,22,15,2,8,16,23,7,12,21,1,11,6,13,9,17,0,19},
new Integer[]{24,18,11,6,3,8,20,15,12,22,7,19,16,21,1,10,13,23,4,25,2,17,9,14,5,0},
new Integer[]{5}, ringSetting, rotation);
@ -748,7 +800,7 @@ public abstract class Rotor
{
public Rotor_KSwiss_Standard_III(int rotation, int ringSetting)
{
super(62, "KS-III", "EHRVXGAOBQUSIMZFLYNWKTPDJC",
super(72, "KS-III", "EHRVXGAOBQUSIMZFLYNWKTPDJC",
new Integer[]{4,7,17,21,23,6,0,14,1,16,20,18,8,12,25,5,11,24,13,22,10,19,15,3,9,2},
new Integer[]{6,8,25,23,0,15,5,1,12,24,20,16,13,18,7,22,9,2,11,21,10,3,19,4,17,14},
new Integer[]{14}, ringSetting, rotation);
@ -764,7 +816,7 @@ public abstract class Rotor
{
public Rotor_K_Swiss_Airforce_I(int rotation, int ringSetting)
{
super(70, "KSA-I", "PEZUOHXSCVFMTBGLRINQJWAYDK",
super(80, "KSA-I", "PEZUOHXSCVFMTBGLRINQJWAYDK",
new Integer[]{15,4,25,20,14,7,23,18,2,21,5,12,19,1,6,11,17,8,13,16,9,22,0,24,3,10},
new Integer[]{22,13,8,24,1,10,14,5,17,20,25,15,11,18,4,0,19,16,7,12,3,9,21,6,23,2},
new Integer[]{25}, ringSetting, rotation);
@ -779,7 +831,7 @@ public abstract class Rotor
{
public Rotor_K_Swiss_Airforce_II(int rotation, int ringSetting)
{
super(71, "KSA-II", "ZOUESYDKFWPCIQXHMVBLGNJRAT",
super(81, "KSA-II", "ZOUESYDKFWPCIQXHMVBLGNJRAT",
new Integer[]{25,14,20,4,18,24,3,10,5,22,15,2,8,16,23,7,12,21,1,11,6,13,9,17,0,19},
new Integer[]{24,18,11,6,3,8,20,15,12,22,7,19,16,21,1,10,13,23,4,25,2,17,9,14,5,0},
new Integer[]{5}, ringSetting, rotation);
@ -794,7 +846,7 @@ public abstract class Rotor
{
public Rotor_K_Swiss_Airforce_III(int rotation, int ringSetting)
{
super(72, "KSA-III", "EHRVXGAOBQUSIMZFLYNWKTPDJC",
super(82, "KSA-III", "EHRVXGAOBQUSIMZFLYNWKTPDJC",
new Integer[]{4,7,17,21,23,6,0,14,1,16,20,18,8,12,25,5,11,24,13,22,10,19,15,3,9,2},
new Integer[]{6,8,25,23,0,15,5,1,12,24,20,16,13,18,7,22,9,2,11,21,10,3,19,4,17,14},
new Integer[]{14}, ringSetting, rotation);
@ -810,7 +862,7 @@ public abstract class Rotor
{
public Rotor_R_I(int rotation, int ringSetting)
{
super(80, "R-I", "JGDQOXUSCAMIFRVTPNEWKBLZYH",
super(90, "R-I", "JGDQOXUSCAMIFRVTPNEWKBLZYH",
new Integer[]{9,6,3,16,14,23,20,18,2,0,12,8,5,17,21,19,15,13,4,22,10,1,11,25,24,7},
new Integer[]{9,21,8,2,18,12,1,25,11,0,20,22,10,17,4,16,3,13,7,15,6,14,19,5,24,23},
new Integer[]{14}, ringSetting, rotation);
@ -826,7 +878,7 @@ public abstract class Rotor
{
public Rotor_R_II(int rotation, int ringSetting)
{
super(81, "R-II", "NTZPSFBOKMWRCJDIVLAEYUXHGQ",
super(91, "R-II", "NTZPSFBOKMWRCJDIVLAEYUXHGQ",
new Integer[]{13,19,25,15,18,5,1,14,10,12,22,17,2,9,3,8,21,11,0,4,24,20,23,7,6,16},
new Integer[]{18,6,12,14,19,5,24,23,15,13,8,17,9,0,7,3,25,11,4,1,21,16,10,22,20,2},
new Integer[]{5}, ringSetting, rotation);
@ -842,7 +894,7 @@ public abstract class Rotor
{
public Rotor_R_III(int rotation, int ringSetting)
{
super(82, "R-III", "JVIUBHTCDYAKEQZPOSGXNRMWFL",
super(92, "R-III", "JVIUBHTCDYAKEQZPOSGXNRMWFL",
new Integer[]{9,21,8,20,1,7,19,2,3,24,0,10,4,16,25,15,14,18,6,23,13,17,12,22,5,11},
new Integer[]{10,4,7,8,12,24,18,5,2,0,11,25,22,20,16,15,13,21,17,6,3,1,23,19,9,14},
new Integer[]{25}, ringSetting, rotation);
@ -858,7 +910,7 @@ public abstract class Rotor
{
public Rotor_T_I(int rotation, int ringSetting)
{
super(90, "T-I", "KPTYUELOCVGRFQDANJMBSWHZXI",
super(100, "T-I", "KPTYUELOCVGRFQDANJMBSWHZXI",
new Integer[]{10,15,19,24,20,4,11,14,2,21,6,17,5,16,3,0,13,9,12,1,18,22,7,25,23,8},
new Integer[]{15,19,8,14,5,12,10,22,25,17,0,6,18,16,7,1,13,11,20,2,4,9,21,24,3,23},
new Integer[]{23,0,5,11,17}, ringSetting, rotation);
@ -874,7 +926,7 @@ public abstract class Rotor
{
public Rotor_T_II(int rotation, int ringSetting)
{
super(91, "T-II", "UPHZLWEQMTDJXCAKSOIGVBYFNR",
super(101, "T-II", "UPHZLWEQMTDJXCAKSOIGVBYFNR",
new Integer[]{20,15,7,25,11,22,4,16,12,19,3,9,23,2,0,10,18,14,8,6,21,1,24,5,13,17},
new Integer[]{14,21,13,10,6,23,19,2,18,11,15,4,8,24,17,1,7,25,16,9,0,20,5,12,22,3},
new Integer[]{23,0,6,12,18}, ringSetting, rotation);
@ -889,7 +941,7 @@ public abstract class Rotor
public static class Rotor_T_III extends Rotor
{
public Rotor_T_III(int rotation, int ringSetting) {
super(92, "T-III", "QUDLYRFEKONVZAXWHMGPJBSICT",
super(102, "T-III", "QUDLYRFEKONVZAXWHMGPJBSICT",
new Integer[]{16,20,3,11,24,17,5,4,10,14,13,21,25,0,23,22,7,12,6,15,9,1,18,8,2,19},
new Integer[]{13,21,24,2,7,6,18,16,23,20,8,3,17,10,9,19,0,5,22,25,1,11,15,14,4,12},
new Integer[]{23,0,5,11,17}, ringSetting, rotation);
@ -905,7 +957,7 @@ public abstract class Rotor
{
public Rotor_T_IV(int rotation, int ringSetting)
{
super(93, "T-IV", "CIWTBKXNRESPFLYDAGVHQUOJZM",
super(103, "T-IV", "CIWTBKXNRESPFLYDAGVHQUOJZM",
new Integer[]{2,8,22,19,1,10,23,13,17,4,18,15,5,11,24,3,0,6,21,7,16,20,14,9,25,12},
new Integer[]{16,4,0,15,9,12,17,19,1,23,5,13,25,7,22,11,20,8,10,3,21,18,2,6,14,24},
new Integer[]{23,0,6,12,18}, ringSetting, rotation);
@ -921,7 +973,7 @@ public abstract class Rotor
{
public Rotor_T_V(int rotation, int ringSetting)
{
super(94, "T-V", "UAXGISNJBVERDYLFZWTPCKOHMQ",
super(104, "T-V", "UAXGISNJBVERDYLFZWTPCKOHMQ",
new Integer[]{20,0,23,6,8,18,13,9,1,21,4,17,3,24,11,5,25,22,19,15,2,10,14,7,12,16},
new Integer[]{1,8,20,12,10,15,3,23,4,7,21,14,24,6,22,19,25,11,5,18,0,9,17,2,13,16},
new Integer[]{25,3,6,11,18}, ringSetting, rotation);
@ -937,7 +989,7 @@ public abstract class Rotor
{
public Rotor_T_VI(int rotation, int ringSetting)
{
super(95, "T-VI", "XFUZGALVHCNYSEWQTDMRBKPIOJ",
super(105, "T-VI", "XFUZGALVHCNYSEWQTDMRBKPIOJ",
new Integer[]{23,5,20,25,6,0,11,21,7,2,13,24,18,4,22,16,19,3,12,17,1,10,15,8,14,9},
new Integer[]{5,20,9,17,13,1,4,8,23,25,21,6,18,10,24,22,15,19,12,16,2,7,14,0,11,3},
new Integer[]{24,5,9,13,17}, ringSetting, rotation);
@ -953,7 +1005,7 @@ public abstract class Rotor
{
public Rotor_T_VII(int rotation, int ringSetting)
{
super(96, "T-VII", "BJVFTXPLNAYOZIKWGDQERUCHSM",
super(106, "T-VII", "BJVFTXPLNAYOZIKWGDQERUCHSM",
new Integer[]{1,9,21,5,19,23,15,11,13,0,24,14,25,8,10,22,6,3,16,4,17,20,2,7,18,12},
new Integer[]{9,0,22,17,19,3,16,23,13,1,14,7,25,8,11,6,18,20,24,4,21,2,15,5,10,12},
new Integer[]{25,3,6,11,18}, ringSetting, rotation);
@ -969,7 +1021,7 @@ public abstract class Rotor
{
public Rotor_T_VIII(int rotation, int ringSetting)
{
super(97, "T-VIII", "YMTPNZHWKODAJXELUQVGCBISFR",
super(107, "T-VIII", "YMTPNZHWKODAJXELUQVGCBISFR",
new Integer[]{24,12,19,15,13,25,7,22,10,14,3,0,9,23,4,11,20,16,21,6,2,1,8,18,5,17},
new Integer[]{11,21,20,10,14,24,19,6,22,12,8,15,1,4,9,3,17,25,23,2,16,18,7,13,0,5},
new Integer[]{24,5,9,13,17}, ringSetting, rotation);

250
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer.java
View file

@ -1,5 +1,7 @@
package de.vanitasvitae.enigmandroid.layout;
import android.text.Editable;
import android.text.TextWatcher;
import android.widget.ArrayAdapter;
import android.widget.EditText;
import android.widget.Spinner;
@ -34,139 +36,157 @@ import de.vanitasvitae.enigmandroid.enigma.inputPreparer.InputPreparer;
*/
public abstract class LayoutContainer
{
protected EditText inputView;
protected EditText outputView;
protected EditText inputView;
protected EditText outputView;
protected EditTextAdapter input;
protected EditTextAdapter output;
protected EditTextAdapter input;
protected EditTextAdapter output;
protected InputPreparer inputPreparer;
protected MainActivity main;
protected InputPreparer inputPreparer;
protected MainActivity main;
public abstract Enigma getEnigma();
protected abstract void initializeLayout();
public abstract void resetLayout();
public abstract void setLayoutState(EnigmaStateBundle state);
public abstract void syncStateFromLayoutToEnigma();
public void syncStateFromEnigmaToLayout()
{
this.setLayoutState(getEnigma().getState());
}
public abstract void showRingSettingsDialog();
public abstract Enigma getEnigma();
protected abstract void assembleLayout();
public abstract void resetLayout();
public abstract void setLayoutState(EnigmaStateBundle state);
public abstract void syncStateFromLayoutToEnigma();
public void syncStateFromEnigmaToLayout()
{
this.setLayoutState(getEnigma().getState());
}
public abstract void showRingSettingsDialog();
public LayoutContainer()
{
main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
this.inputView = (EditText) main.findViewById(R.id.input);
this.outputView = (EditText) main.findViewById(R.id.output);
input = EditTextAdapter.createEditTextAdapter(inputView, main.getPrefMessageFormatting());
output = EditTextAdapter.createEditTextAdapter(outputView, main.getPrefMessageFormatting());
public LayoutContainer()
{
main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
setEnigmaLayout();
this.inputView = (EditText) main.findViewById(R.id.input);
this.outputView = (EditText) main.findViewById(R.id.output);
input = EditTextAdapter.createEditTextAdapter(inputView,
SettingsActivity.SettingsSingleton.getInstance().getPrefMessageFormatting());
output = EditTextAdapter.createEditTextAdapter(outputView,
SettingsActivity.SettingsSingleton.getInstance().getPrefMessageFormatting());
inputPreparer = InputPreparer.createInputPreparer();
initializeLayout();
}
assembleLayout();
finishLayout();
}
public void doCrypto()
{
if(inputView.getText().length()!=0)
{
syncStateFromLayoutToEnigma();
String message = inputView.getText().toString();
message = inputPreparer.prepareString(message);
input.setText(message);
output.setText(getEnigma().encryptString(message));
setLayoutState(getEnigma().getState());
}
}
public void doCrypto()
{
if(inputView.getText().length()!=0)
{
syncStateFromLayoutToEnigma();
String message = inputView.getText().toString();
message = inputPreparer.prepareString(message);
input.setText(message);
output.setText(getEnigma().encryptString(message));
setLayoutState(getEnigma().getState());
}
}
public EditTextAdapter getInput()
{
return this.input;
}
public EditTextAdapter getInput()
{
return this.input;
}
public EditTextAdapter getOutput()
{
return this.output;
}
public EditTextAdapter getOutput()
{
return this.output;
}
public static LayoutContainer createLayoutContainer()
{
return createLayoutContainer(SettingsActivity.SettingsSingleton.getInstance().getPrefMachineType());
}
public static LayoutContainer createLayoutContainer(String enigmaType)
{
switch (enigmaType) {
case "I":
return new LayoutContainer_I();
case "M3":
return new LayoutContainer_M3();
case "M4":
return new LayoutContainer_M4();
case "D":
return new LayoutContainer_D();
case "K":
return new LayoutContainer_K();
case "KS":
return new LayoutContainer_K_Swiss();
case "KSA":
return new LayoutContainer_K_Swiss_Airforce();
case "T":
return new LayoutContainer_T();
case "R":
return new LayoutContainer_R();
case "G31":
return new LayoutContainer_G31();
case "G312":
return new LayoutContainer_G312();
case "G260":
return new LayoutContainer_G260();
default:
return new LayoutContainer_I();
}
}
public static LayoutContainer createLayoutContainer(String enigmaType)
{
switch (enigmaType) {
case "I":
return new LayoutContainer_I();
case "M3":
return new LayoutContainer_M3();
case "M4":
return new LayoutContainer_M4();
case "D":
return new LayoutContainer_D();
case "K":
return new LayoutContainer_K();
case "KS":
return new LayoutContainer_K_Swiss();
case "KSA":
return new LayoutContainer_K_Swiss_Airforce();
case "T":
return new LayoutContainer_T();
case "R":
return new LayoutContainer_R();
case "G31":
return new LayoutContainer_G31();
case "G312":
return new LayoutContainer_G312();
case "G260":
return new LayoutContainer_G260();
case "KD":
return new LayoutContainer_KD();
default:
return new LayoutContainer_I();
}
}
/**
* Add ArrayAdapter, contents and layouts to Spinner
* @param view Spinner
* @param resourceID ID of the referenced array (eg. R.array.rotor_1_8)
*/
protected void prepareSpinnerAdapter(Spinner view, int resourceID) {
MainActivity main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
/**
* Add ArrayAdapter, contents and layouts to Spinner
* @param view Spinner
* @param resourceID ID of the referenced array (eg. R.array.rotor_1_8)
*/
protected void prepareSpinnerAdapter(Spinner view, int resourceID) {
MainActivity main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
ArrayAdapter<CharSequence> adapter = ArrayAdapter.createFromResource(main, resourceID,
android.R.layout.simple_spinner_item);
adapter.setDropDownViewResource(android.R.layout.simple_spinner_dropdown_item);
view.setAdapter(adapter);
}
ArrayAdapter<CharSequence> adapter = ArrayAdapter.createFromResource(main, resourceID,
android.R.layout.simple_spinner_item);
adapter.setDropDownViewResource(android.R.layout.simple_spinner_dropdown_item);
view.setAdapter(adapter);
}
/**
* Add ArrayAdapter, contents and layouts to Spinner
* @param view Spinner
* @param array Character array
*/
protected void prepareSpinnerAdapter(Spinner view, Character[] array)
{
MainActivity main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
ArrayAdapter<Character> adapter = new ArrayAdapter<>(main.getApplicationContext(),
android.R.layout.simple_spinner_item, array);
adapter.setDropDownViewResource(
android.R.layout.simple_spinner_dropdown_item);
view.setAdapter(adapter);
}
/**
* Add ArrayAdapter, contents and layouts to Spinner
* @param view Spinner
* @param array Character array
*/
protected void prepareSpinnerAdapter(Spinner view, Character[] array)
{
MainActivity main = (MainActivity) MainActivity.ActivitySingleton.getInstance().getActivity();
ArrayAdapter<Character> adapter = new ArrayAdapter<>(main.getApplicationContext(),
android.R.layout.simple_spinner_item, array);
adapter.setDropDownViewResource(
android.R.layout.simple_spinner_dropdown_item);
view.setAdapter(adapter);
}
public void setInputPreparer(InputPreparer inputPreparer)
{
this.inputPreparer = inputPreparer;
}
public void setInputPreparer(InputPreparer inputPreparer)
{
this.inputPreparer = inputPreparer;
}
public void setEditTextAdapter(String type)
{
String in = input.getText();
String out = output.getText();
input = EditTextAdapter.createEditTextAdapter(inputView, type);
input.setText(in);
output = EditTextAdapter.createEditTextAdapter(outputView, type);
output.setText(out);
}
public void setEditTextAdapter(String type)
{
String in = input.getText();
String out = output.getText();
input = EditTextAdapter.createEditTextAdapter(inputView, type);
input.setText(in);
output = EditTextAdapter.createEditTextAdapter(outputView, type);
output.setText(out);
}
protected void setMainActivityLayout()
{
setEnigmaLayout();
}
abstract protected void setEnigmaLayout();
private void finishLayout()
{
//TODO
}
}

10
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_D.java
View file

@ -4,6 +4,7 @@ import android.view.View;
import android.widget.Button;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
import de.vanitasvitae.enigmandroid.enigma.Enigma_D;
@ -40,13 +41,18 @@ public class LayoutContainer_D extends LayoutContainer
public LayoutContainer_D()
{
super();
main.setContentView(R.layout.activity_main_d);
main.setTitle("D - EnigmAndroid");
this.resetLayout();
}
@Override
protected void initializeLayout()
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_d);
}
@Override
protected void assembleLayout()
{
this.rotor1PositionView = (Spinner) main.findViewById(R.id.rotor1position);
this.rotor2PositionView = (Spinner) main.findViewById(R.id.rotor2position);

27
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_G260.java
View file

@ -1,5 +1,6 @@
package de.vanitasvitae.enigmandroid.layout;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma_G260;
/**
@ -24,18 +25,18 @@ import de.vanitasvitae.enigmandroid.enigma.Enigma_G260;
*/
public class LayoutContainer_G260 extends LayoutContainer_G31
{
public LayoutContainer_G260()
{
super();
main.setTitle("G260 - EnigmAndroid");
this.resetLayout();
}
public LayoutContainer_G260()
{
super();
main.setTitle("G260 - EnigmAndroid");
this.resetLayout();
}
@Override
public void resetLayout() {
enigma = new Enigma_G260();
setLayoutState(enigma.getState());
output.setText("");
input.setText("");
}
@Override
public void resetLayout() {
enigma = new Enigma_G260();
setLayoutState(enigma.getState());
output.setText("");
input.setText("");
}
}

156
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_G31.java
View file

@ -2,6 +2,7 @@ package de.vanitasvitae.enigmandroid.layout;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
@ -29,90 +30,95 @@ import de.vanitasvitae.enigmandroid.enigma.Enigma_G31;
*/
public class LayoutContainer_G31 extends LayoutContainer
{
protected Enigma enigma;
protected Enigma enigma;
protected Spinner rotor1View;
protected Spinner rotor2View;
protected Spinner rotor3View;
protected Spinner rotor1View;
protected Spinner rotor2View;
protected Spinner rotor3View;
protected Spinner rotor1PositionView;
protected Spinner rotor2PositionView;
protected Spinner rotor3PositionView;
protected Spinner reflectorPositionView;
protected Spinner rotor1PositionView;
protected Spinner rotor2PositionView;
protected Spinner rotor3PositionView;
protected Spinner reflectorPositionView;
public LayoutContainer_G31()
{
super();
main.setContentView(R.layout.activity_main_g_k_r_t);
main.setTitle("G31 - EnigmAndroid");
this.resetLayout();
}
public LayoutContainer_G31()
{
super();
main.setTitle("G31 - EnigmAndroid");
this.resetLayout();
}
@Override
public Enigma getEnigma() {
return this.enigma;
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_g_k_r_t);
}
@Override
protected void initializeLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);
this.rotor1PositionView = (Spinner) main.findViewById(R.id.rotor1position);
this.rotor2PositionView = (Spinner) main.findViewById(R.id.rotor2position);
this.rotor3PositionView = (Spinner) main.findViewById(R.id.rotor3position);
this.reflectorPositionView = (Spinner) main.findViewById(R.id.reflector_position);
@Override
public Enigma getEnigma() {
return this.enigma;
}
Character[] rotorPositionArray = new Character[26];
for(int i=0; i<26; i++) {rotorPositionArray[i] = (char) (65+i); /*Fill with A..Z*/}
@Override
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);
this.rotor1PositionView = (Spinner) main.findViewById(R.id.rotor1position);
this.rotor2PositionView = (Spinner) main.findViewById(R.id.rotor2position);
this.rotor3PositionView = (Spinner) main.findViewById(R.id.rotor3position);
this.reflectorPositionView = (Spinner) main.findViewById(R.id.reflector_position);
prepareSpinnerAdapter(rotor1View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor2View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor3View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor1PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor2PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor3PositionView, rotorPositionArray);
prepareSpinnerAdapter(reflectorPositionView, rotorPositionArray);
}
Character[] rotorPositionArray = new Character[26];
for(int i=0; i<26; i++) {rotorPositionArray[i] = (char) (65+i); /*Fill with A..Z*/}
@Override
public void resetLayout() {
enigma = new Enigma_G31();
setLayoutState(enigma.getState());
output.setText("");
input.setText("");
}
prepareSpinnerAdapter(rotor1View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor2View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor3View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor1PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor2PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor3PositionView, rotorPositionArray);
prepareSpinnerAdapter(reflectorPositionView, rotorPositionArray);
}
@Override
public void setLayoutState(EnigmaStateBundle state)
{
this.rotor1View.setSelection(state.getTypeRotor1());
this.rotor2View.setSelection(state.getTypeRotor2());
this.rotor3View.setSelection(state.getTypeRotor3());
this.rotor1PositionView.setSelection(state.getRotationRotor1());
this.rotor2PositionView.setSelection(state.getRotationRotor2());
this.rotor3PositionView.setSelection(state.getRotationRotor3());
this.reflectorPositionView.setSelection(state.getRotationReflector());
}
@Override
public void resetLayout() {
enigma = new Enigma_G31();
setLayoutState(enigma.getState());
output.setText("");
input.setText("");
}
@Override
public void syncStateFromLayoutToEnigma()
{
EnigmaStateBundle state = getEnigma().getState();
state.setTypeRotor1(rotor1View.getSelectedItemPosition());
state.setTypeRotor2(rotor2View.getSelectedItemPosition());
state.setTypeRotor3(rotor3View.getSelectedItemPosition());
state.setRotationRotor1(rotor1PositionView.getSelectedItemPosition());
state.setRotationRotor2(rotor2PositionView.getSelectedItemPosition());
state.setRotationRotor3(rotor3PositionView.getSelectedItemPosition());
state.setRotationReflector(reflectorPositionView.getSelectedItemPosition());
getEnigma().setState(state);
}
@Override
public void setLayoutState(EnigmaStateBundle state)
{
this.rotor1View.setSelection(state.getTypeRotor1());
this.rotor2View.setSelection(state.getTypeRotor2());
this.rotor3View.setSelection(state.getTypeRotor3());
this.rotor1PositionView.setSelection(state.getRotationRotor1());
this.rotor2PositionView.setSelection(state.getRotationRotor2());
this.rotor3PositionView.setSelection(state.getRotationRotor3());
this.reflectorPositionView.setSelection(state.getRotationReflector());
}
@Override
public void showRingSettingsDialog()
{
new RingSettingsDialogBuilder.RingSettingsDialogBuilderRotRotRotRef().
createRingSettingsDialog(getEnigma().getState());
}
@Override
public void syncStateFromLayoutToEnigma()
{
EnigmaStateBundle state = getEnigma().getState();
state.setTypeRotor1(rotor1View.getSelectedItemPosition());
state.setTypeRotor2(rotor2View.getSelectedItemPosition());
state.setTypeRotor3(rotor3View.getSelectedItemPosition());
state.setRotationRotor1(rotor1PositionView.getSelectedItemPosition());
state.setRotationRotor2(rotor2PositionView.getSelectedItemPosition());
state.setRotationRotor3(rotor3PositionView.getSelectedItemPosition());
state.setRotationReflector(reflectorPositionView.getSelectedItemPosition());
getEnigma().setState(state);
}
@Override
public void showRingSettingsDialog()
{
new RingSettingsDialogBuilder.RingSettingsDialogBuilderRotRotRotRef().
createRingSettingsDialog(getEnigma().getState());
}
}

10
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_I.java
View file

@ -4,6 +4,7 @@ import android.view.View;
import android.widget.Button;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
import de.vanitasvitae.enigmandroid.enigma.Enigma_I;
@ -43,13 +44,18 @@ public class LayoutContainer_I extends LayoutContainer
public LayoutContainer_I()
{
super();
main.setContentView(R.layout.activity_main_i_m3);
main.setTitle("I - EnigmAndroid");
this.resetLayout();
}
@Override
protected void initializeLayout()
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_i_m3);
}
@Override
protected void assembleLayout()
{
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);

10
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_K.java
View file

@ -2,6 +2,7 @@ package de.vanitasvitae.enigmandroid.layout;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
@ -43,18 +44,23 @@ public class LayoutContainer_K extends LayoutContainer
public LayoutContainer_K()
{
super();
main.setContentView(R.layout.activity_main_g_k_r_t);
main.setTitle("K - EnigmAndroid");
this.resetLayout();
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_g_k_r_t);
}
@Override
public Enigma getEnigma() {
return this.enigma;
}
@Override
protected void initializeLayout() {
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);

135
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_KD.java Normal file
View file

@ -0,0 +1,135 @@
package de.vanitasvitae.enigmandroid.layout;
import android.util.Log;
import android.view.View;
import android.widget.Button;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
import de.vanitasvitae.enigmandroid.enigma.Enigma_KD;
/**
* LayoutContainer for the Enigma Model K
* This class contains the layout and controls the layout elements such as spinners and stuff
* Copyright (C) 2015 Paul Schaub
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* @author vanitasvitae
*/
public class LayoutContainer_KD extends LayoutContainer
{
protected Enigma enigma;
protected Spinner rotor1View;
protected Spinner rotor2View;
protected Spinner rotor3View;
protected Spinner rotor1PositionView;
protected Spinner rotor2PositionView;
protected Spinner rotor3PositionView;
protected Spinner reflectorPositionView;
public LayoutContainer_KD()
{
super();
main.setTitle("KD - EnigmAndroid");
this.resetLayout();
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_kd);
}
@Override
public Enigma getEnigma() {
return this.enigma;
}
@Override
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);
this.rotor1PositionView = (Spinner) main.findViewById(R.id.rotor1position);
this.rotor2PositionView = (Spinner) main.findViewById(R.id.rotor2position);
this.rotor3PositionView = (Spinner) main.findViewById(R.id.rotor3position);
this.reflectorPositionView = (Spinner) main.findViewById(R.id.reflector_position);
Button reflectorWiring = (Button) main.findViewById(R.id.button_reflector);
reflectorWiring.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
new PluggableDialogBuilder(getEnigma().getState()).showDialogReflector();
}
});
Character[] rotorPositionArray = new Character[26];
for(int i=0; i<26; i++) {rotorPositionArray[i] = (char) (65+i); /*Fill with A..Z*/}
prepareSpinnerAdapter(rotor1View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor2View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor3View, R.array.rotors_1_3);
prepareSpinnerAdapter(rotor1PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor2PositionView, rotorPositionArray);
prepareSpinnerAdapter(rotor3PositionView, rotorPositionArray);
prepareSpinnerAdapter(reflectorPositionView, rotorPositionArray);
}
@Override
public void resetLayout() {
enigma = new Enigma_KD();
setLayoutState(enigma.getState());
output.setText("");
input.setText("");
}
@Override
public void setLayoutState(EnigmaStateBundle state)
{
this.rotor1View.setSelection(state.getTypeRotor1());
this.rotor2View.setSelection(state.getTypeRotor2());
this.rotor3View.setSelection(state.getTypeRotor3());
this.rotor1PositionView.setSelection(state.getRotationRotor1());
this.rotor2PositionView.setSelection(state.getRotationRotor2());
this.rotor3PositionView.setSelection(state.getRotationRotor3());
this.reflectorPositionView.setSelection(state.getRotationReflector());
}
@Override
public void syncStateFromLayoutToEnigma()
{
EnigmaStateBundle state = getEnigma().getState();
state.setTypeRotor1(rotor1View.getSelectedItemPosition());
state.setTypeRotor2(rotor2View.getSelectedItemPosition());
state.setTypeRotor3(rotor3View.getSelectedItemPosition());
state.setRotationRotor1(rotor1PositionView.getSelectedItemPosition());
state.setRotationRotor2(rotor2PositionView.getSelectedItemPosition());
state.setRotationRotor3(rotor3PositionView.getSelectedItemPosition());
state.setRotationReflector(reflectorPositionView.getSelectedItemPosition());
getEnigma().setState(state);
}
@Override
public void showRingSettingsDialog()
{
new RingSettingsDialogBuilder.RingSettingsDialogBuilderRotRotRotRef().
createRingSettingsDialog(getEnigma().getState());
}
}

2
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_M3.java
View file

@ -40,7 +40,7 @@ public class LayoutContainer_M3 extends LayoutContainer_I
}
@Override
protected void initializeLayout()
protected void assembleLayout()
{
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);

11
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_M4.java
View file

@ -4,6 +4,7 @@ import android.view.View;
import android.widget.Button;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
import de.vanitasvitae.enigmandroid.enigma.Enigma_M4;
@ -45,11 +46,15 @@ public class LayoutContainer_M4 extends LayoutContainer
public LayoutContainer_M4()
{
super();
main.setContentView(R.layout.activity_main_m4);
main.setTitle("M4 - EnigmAndroid");
this.resetLayout();
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_m4);
}
public Enigma_M4 getEnigma()
@ -58,7 +63,7 @@ public class LayoutContainer_M4 extends LayoutContainer
}
@Override
protected void initializeLayout() {
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);
@ -69,7 +74,7 @@ public class LayoutContainer_M4 extends LayoutContainer
this.rotor4PositionView = (Spinner) main.findViewById(R.id.thin_rotor_position);
this.reflectorView = (Spinner) main.findViewById(R.id.reflector);
Button setPlugboardButton = (Button) main.findViewById(R.id.button_plugboard);
setPlugboardButton.setOnClickListener(new View.OnClickListener() {
if(setPlugboardButton != null) setPlugboardButton.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
new PluggableDialogBuilder(getEnigma().getState()).showDialogPlugboard();

10
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_R.java
View file

@ -2,6 +2,7 @@ package de.vanitasvitae.enigmandroid.layout;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
@ -43,18 +44,23 @@ public class LayoutContainer_R extends LayoutContainer
public LayoutContainer_R()
{
super();
main.setContentView(R.layout.activity_main_g_k_r_t);
main.setTitle("R - EnigmAndroid");
this.resetLayout();
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(R.layout.activity_main_g_k_r_t);
}
@Override
public Enigma getEnigma() {
return this.enigma;
}
@Override
protected void initializeLayout() {
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);

11
app/src/main/java/de/vanitasvitae/enigmandroid/layout/LayoutContainer_T.java
View file

@ -2,6 +2,7 @@ package de.vanitasvitae.enigmandroid.layout;
import android.widget.Spinner;
import de.vanitasvitae.enigmandroid.MainActivity;
import de.vanitasvitae.enigmandroid.R;
import de.vanitasvitae.enigmandroid.enigma.Enigma;
import de.vanitasvitae.enigmandroid.enigma.EnigmaStateBundle;
@ -43,7 +44,6 @@ public class LayoutContainer_T extends LayoutContainer
public LayoutContainer_T()
{
super();
main.setContentView(R.layout.activity_main_g_k_r_t);
main.setTitle("T - EnigmAndroid");
this.resetLayout();
}
@ -66,13 +66,20 @@ public class LayoutContainer_T extends LayoutContainer
}
}
@Override
protected void setEnigmaLayout()
{
MainActivity.ActivitySingleton.getInstance().getActivity().setContentView(
R.layout.activity_main_g_k_r_t);
}
@Override
public Enigma getEnigma() {
return this.enigma;
}
@Override
protected void initializeLayout() {
protected void assembleLayout() {
this.rotor1View = (Spinner) main.findViewById(R.id.rotor1);
this.rotor2View = (Spinner) main.findViewById(R.id.rotor2);
this.rotor3View = (Spinner) main.findViewById(R.id.rotor3);

4
app/src/main/java/de/vanitasvitae/enigmandroid/layout/PassphraseDialogBuilder.java
View file

@ -74,7 +74,7 @@ public class PassphraseDialogBuilder
{
AlertDialog.Builder builder = new AlertDialog.Builder(main);
builder.setTitle(R.string.hint_passphrase);
builder.setTitle(R.string.hint_configuration);
Dialog d = builder.setView(passphraseDialogView)
.setCancelable(true)
.setPositiveButton(R.string.dialog_positive, new DialogInterface.OnClickListener()
@ -89,7 +89,7 @@ public class PassphraseDialogBuilder
}
else
{
main.createStateFromSeed(pass);
main.applyStateFromSeed(pass);
String message = String.format(main.getResources().getString(
R.string.dialog_passphrase_set), " \'"+pass+"\'");
Toast.makeText(main, message, Toast.LENGTH_LONG).show();

170
app/src/main/res/layout/activity_main_kd.xml Executable file
View file

@ -0,0 +1,170 @@
<RelativeLayout xmlns:android="http://schemas.android.com/apk/res/android"
xmlns:tools="http://schemas.android.com/tools"
android:layout_width="match_parent"
android:layout_height="match_parent"
android:paddingLeft="@dimen/activity_horizontal_margin"
android:paddingRight="@dimen/activity_horizontal_margin"
android:paddingTop="@dimen/activity_vertical_margin"
android:paddingBottom="@dimen/activity_vertical_margin"
tools:context=".MainActivity">
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:orientation="horizontal"
android:id="@+id/lin_lay_names_1">
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor3"/>
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor2"/>
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor1"/>
</LinearLayout>
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:orientation="horizontal"
android:id="@+id/lin_lay_1"
android:layout_below="@+id/lin_lay_names_1">
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor3">
</Spinner>
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor2">
</Spinner>
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor1">
</Spinner>
</LinearLayout>
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:orientation="horizontal"
android:layout_below="@+id/lin_lay_1"
android:id="@+id/lin_lay_names_2">
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_reflector_position"/>
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor3_position"/>
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor2_position"/>
<TextView
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:text="@string/hint_rotor1_position"/>
</LinearLayout>
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:orientation="horizontal"
android:id="@+id/lin_lay_2"
android:layout_below="@+id/lin_lay_names_2">
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/reflector_position">
</Spinner>
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor3position">
</Spinner>
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor2position">
</Spinner>
<Spinner
android:layout_width="0dp"
android:layout_weight="1"
android:layout_height="wrap_content"
android:id="@+id/rotor1position">
</Spinner>
</LinearLayout>
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:layout_below="@+id/lin_lay_2"
android:layout_above="@+id/buttons_lay"
android:id="@+id/text_layer">
<EditText
android:layout_width="0dp"
android:layout_weight=".50"
android:layout_height="match_parent"
android:id="@+id/input"
android:inputType="textNoSuggestions|textMultiLine"
android:hint="@string/hint_enigma_type_here" />
<EditText
android:layout_width="0dp"
android:layout_weight=".50"
android:layout_height="match_parent"
android:inputType="none"
android:textIsSelectable="true"
android:id="@+id/output"
android:hint="@string/hint_enigma_code"/>
</LinearLayout>
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:id="@+id/buttons_lay"
android:layout_alignParentBottom="true">
<Button
android:layout_width="0dp"
android:layout_weight="50"
android:layout_height="wrap_content"
android:id="@+id/button_reflector"
android:text="@string/hint_enigma_reflector_wiring"
tools:ignore="ButtonStyle"/>
<Button
android:layout_width="0dp"
android:layout_weight="50"
android:layout_height="wrap_content"
android:id="@+id/button_crypt"
android:onClick="doCrypto"
android:text="@string/button_crypt"
android:background="@drawable/button_orange"
tools:ignore="ButtonStyle"/>
</LinearLayout>
</RelativeLayout>

2
app/src/main/res/layout/dialog_passphrase.xml
View file

@ -7,6 +7,6 @@
<EditText
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:hint="@string/hint_passphrase"
android:hint="@string/hint_configuration"
android:id="@+id/passphrase"/>
</LinearLayout>

17
app/src/main/res/layout/dialog_two_options.xml Normal file
View file

@ -0,0 +1,17 @@
<?xml version="1.0" encoding="utf-8"?>
<LinearLayout xmlns:android="http://schemas.android.com/apk/res/android"
android:orientation="vertical"
android:layout_width="match_parent"
android:layout_height="match_parent"
android:id="@+id/dialog_two_options_lay">
<Button
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:id="@+id/dialog_two_options_1"/>
<Button
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:id="@+id/dialog_two_options_2"/>
</LinearLayout>

23
app/src/main/res/layout/dialog_whats_new.xml Executable file
View file

@ -0,0 +1,23 @@
<ScrollView
xmlns:android="http://schemas.android.com/apk/res/android"
android:layout_width="fill_parent"
android:layout_height="fill_parent"
android:paddingStart="5dp"
android:paddingEnd="5dp">
<LinearLayout
android:layout_width="match_parent"
android:layout_height="wrap_content"
android:orientation="vertical">
<TextView
android:layout_width="wrap_content"
android:layout_height="wrap_content"
android:textAppearance="@android:style/TextAppearance.Medium"
android:id="@+id/dialog_whats_new_header"/>
<TextView
android:layout_width="wrap_content"
android:layout_height="wrap_content"
android:textAppearance="@android:style/TextAppearance.Small"
android:id="@+id/dialog_whats_new_details"/>
</LinearLayout>
</ScrollView>

29
app/src/main/res/menu/main.xml
View file

@ -4,35 +4,30 @@
<!-- RESET -->
<item android:id="@+id/action_reset"
android:orderInCategory="95"
android:orderInCategory="96"
android:showAsAction="ifRoom"
android:title="@string/action_reset" />
<!-- SEND -->
<item android:id="@+id/action_send"
android:orderInCategory="96"
<item android:id="@+id/action_send_message"
android:orderInCategory="97"
android:showAsAction="always"
android:title="@string/action_send"
android:icon="@drawable/ic_send_white_48dp"/>
<!-- RINGSETTING -->
<item android:id="@+id/action_choose_ringsetting"
android:title="@string/action_choose_ring_settings"
android:orderInCategory="97"
android:orderInCategory="98"
android:showAsAction="ifRoom" />
<!-- ENTER SEED -->
<item android:id="@+id/action_enter_seed"
android:title="@string/action_read_passphrase"
android:showAsAction="ifRoom"
android:orderInCategory="98" />
<!-- RECEIVE QR -->
<item android:id="@+id/action_receive_scan"
android:title="@string/action_read_qr"
<!-- SHARE CONFIGURATION -->
<item android:id="@+id/action_share_configuration"
android:title="@string/action_share_configuration"
android:showAsAction="ifRoom"
android:orderInCategory="99" />
<!-- SHARE QR -->
<item android:id="@+id/action_share_scan"
android:title="@string/action_send_qr"
android:showAsAction="ifRoom"
android:orderInCategory="100" />
<!-- RESTORE CONFIGURATION FROM QR OR ENTER SEED-->
<item android:id="@+id/action_restore_configuration"
android:title="@string/action_restore_configuration"
android:showAsAction="ifRoom"
android:orderInCategory="100" />
<!-- RANDOM -->
<item android:id="@+id/action_random_configuration"
android:orderInCategory="101"

17
app/src/main/res/values-de/strings.xml
View file

@ -5,9 +5,8 @@
<string name="action_version">Version</string>
<string name="action_reset">Zurücksetzen</string>
<string name="action_random">Zufällige Konfiguration</string>
<string name="action_read_qr">Lese Konfiguration aus QR-Code</string>
<string name="action_send_qr">Teile Konfiguration per QR-Code</string>
<string name="action_read_passphrase">Konfiguration aus Schlüsselwort</string>
<string name="action_restore_configuration">Konfiguration wiederherstellen</string>
<string name="action_share_configuration">Konfiguration teilen</string>
<string name="action_settings">Einstellungen</string>
<string name="action_choose_ring_settings">Ringstellung</string>
<string name="action_send">Senden</string>
@ -25,15 +24,23 @@
<string name="hint_reflector_position">Position\nUmkehr-\nWalze</string>
<string name="hint_thin_rotor_position">Position\nWalze 4</string>
<string name="hint_enigma_reflector_wiring">Verkabelung Umkehrwalze</string>
<string name="hint_passphrase">Schlüsselwort eingeben</string>
<string name="hint_configuration">Schlüsselwort/Konfiguration</string>
<string name="button_crypt">Ver-/Entschlüsseln</string>
<string name="error_no_text_to_send">Nachricht ist leer.</string>
<string name="error_no_valid_qr">Fehler: Kein korrekter EnigmAndroid QR-Code!</string>
<string name="title_ring_setting">Ringstellungen</string>
<string name="title_plugboard_dialog">Steckbrett-\nVerbindungen</string>
<string name="title_reflector_dialog">Verkabelung Umkehrwalze</string>
<string name="dialog_positive">OK</string>
<string name="dialog_negative">Abbrechen</string>
<string name="dialog_title_restore_configuration">Konfiguration wiederherstellen…</string>
<string name="dialog_restore_code">…aus Text/Schlüsselwort</string>
<string name="dialog_restore_qr">…aus QR-code</string>
<string name="dialog_title_share_configuration">Konfiguration teilen…</string>
<string name="dialog_share_qr">…per QR-code</string>
<string name="dialog_share_code">…als kodierten Text</string>
<string name="dialog_ring_settings_success">Setze Ringe auf %1$s.</string>
<string name="dialog_reflector_set">Umkehrwalze verkabelt.</string>
<string name="dialog_plugboard_set">Steckbrettverbindungen gesetzt.</string>
@ -42,5 +49,7 @@
<string name="dialog_abort">Keine Änderungen.</string>
<string name="message_reset">Enigma zurückgesetzt.</string>
<string name="message_random">Enigma auf zufällige Konfiguration gesetzt.</string>
<string name="dialog_whats_new_title">Was ist neu?</string>
<string name="message_clipboard">In Zwischenablage kopiert</string>
</resources>

3
app/src/main/res/values-de/strings_activity_settings.xml
View file

@ -14,11 +14,12 @@
<item>K</item>
<item>Swiss-K (Schweiz)</item>
<item>Swiss-K (Schweiz, Luftwaffe)</item>
<item>KD</item>
<item>R (\"Rocket\", Reichsbahn)</item>
<item>T (\"Tirpitz\", Japan)</item>
</string-array>
<string name="pref_header_input_preparation">Eingabe Vorbereitung</string>
<string name="pref_header_input_preparation">Klartextvorbereitung</string>
<string name="pref_title_numeric_spelling_language">Zahlenbuchstabiersprache</string>
<string name="pref_description_numeric_spelling_language">Sprache in der Zahlen buchstabiert werden sollen.</string>
<string-array name="pref_list_numeric_spelling_language">

10
app/src/main/res/values/dialog_whats_new.xml Normal file
View file

@ -0,0 +1,10 @@
<?xml version="1.0" encoding="utf-8"?>
<resources>
<string name="dialog_whats_new_title">What\'s new?</string>
<string name="dialog_whats_new_header" translatable="false">%1$s:</string> <!--Version-->
<string name="dialog_whats_new_content" translatable="false">
- This is some information about the release\n
- Please send me a mail, if you read this, because I probably forgot to change this :)\n
- lol\n
</string>
</resources>

16
app/src/main/res/values/strings.xml
View file

@ -4,9 +4,8 @@
<string name="action_version">Version</string>
<string name="action_reset">Reset</string>
<string name="action_random">Random configuration</string>
<string name="action_read_qr">Read configuration from QR-Code</string>
<string name="action_send_qr">Share configuration via QR-Code</string>
<string name="action_read_passphrase">Create configuration from passphrase</string>
<string name="action_restore_configuration">Restore configuration</string>
<string name="action_share_configuration">Share configuration</string>
<string name="action_choose_ring_settings">Ring-Settings</string>
<string name="action_settings">Settings</string>
<string name="action_send">Send</string>
@ -24,7 +23,7 @@
<string name="hint_reflector_position">Position\nReflector</string>
<string name="hint_thin_rotor_position">Position\nRotor 4</string>
<string name="hint_enigma_reflector_wiring">Wiring Reflector</string>
<string name="hint_passphrase">Enter passphrase</string>
<string name="hint_configuration">Passphrase/Configuration</string>
<string name="button_crypt">En-/Decrypt!</string>
<string name="error_no_text_to_send">Can\'t send empty text.</string>
<string name="error_no_valid_qr">Error: Not a valid EnigmAndroid QR-Code!</string>
@ -33,6 +32,12 @@
<string name="title_reflector_dialog">Reflector Wiring</string>
<string name="dialog_positive">OK</string>
<string name="dialog_negative">Cancel</string>
<string name="dialog_title_restore_configuration">Restore configuration…</string>
<string name="dialog_restore_code">…from text</string>
<string name="dialog_restore_qr">…from QR-code</string>
<string name="dialog_title_share_configuration">Share configuration…</string>
<string name="dialog_share_qr">…as QR-code</string>
<string name="dialog_share_code">…encoded in text</string>
<string name="dialog_ring_settings_success">Set Ring-Settings to %1$s.</string>
<string name="dialog_reflector_set">Rewired Reflector.</string>
<string name="dialog_plugboard_set">Set Plugboard configuration.</string>
@ -41,8 +46,9 @@
<string name="dialog_abort">No changes.</string>
<string name="message_reset">Enigma reset.</string>
<string name="message_random">Enigma set to random configuration.</string>
<string name="message_clipboard">Copied to clipboard</string>
<string name="button_plug_title">%1$s:%2$s</string>
<string translatable="false" name="button_plug_title">%1$s:%2$s</string>
<string-array translatable="false" name="rotors_1_3">
<item>I</item>

2
app/src/main/res/values/strings_activity_settings.xml
View file

@ -15,6 +15,7 @@
<item>K</item>
<item>Swiss-K</item>
<item>Swiss-K (Airforce)</item>
<item>KD</item>
<item>R (\"Rocket\", Railway)</item>
<item>T (\"Tirpitz\", Japan)</item>
</string-array>
@ -29,6 +30,7 @@
<item>K</item>
<item>KS</item>
<item>KSA</item>
<item>KD</item>
<item>R</item>
<item>T</item>
</string-array>