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added support for languages with one text case

This commit is contained in:
sspanak 2023-03-01 14:41:49 +02:00 committed by Dimo Karaivanov
parent e82ae8eaed
commit ca15ff230b
9 changed files with 123 additions and 91 deletions

View file

@ -57,7 +57,8 @@ To support a new language one needs to:
- `name` is the native name of the language (e.g. "English", "Deutsch", "Українська").
- `locale` contains the language and the country codes (e.g. "en-US", "es-AR", "it-IT"). Refer to the list of [supported locales in Java](https://www.oracle.com/java/technologies/javase/jdk8-jre8-suported-locales.html#util-text).
- `dictionaryFile` is the name of the dictionary in `assets/` folder.
- `icon`, `abcLowerCaseIcon` and `abcUpperCaseIcon` are the respective status icons for Predictive mode, ABC (lowercase) and ABC (uppercase).
- `icon` is the status icon for Predictive mode.
- `abcLowerCaseIcon` and `abcUpperCaseIcon` are the respective status icons for ABC (non-predictive) modes. Note that, you must not set `abcUpperCaseIcon`, if your language has no uppercase and lowercase letters (like Arabic, Asian scripts and Hebrew).
- Set `isPunctuationPartOfWords` to `true`, if the dictionary contains words with apostrophes or dashes, such as: `it's`, `you'll`, `a'tje` or `п'ят`. This will allow using 1-key for typing them (they will appear as suggestions). `false` will enable faster typing when apostrophes or other punctuation are not part of the words (no such words will be suggested).
- `characterMap` contains the letters and punctuation marks associated with each key.
- Finally, add the new language to the list in `LanguageCollection.java`. You only need to add it in one place, in the constructor. Please, be nice and maintain the alphabetical order.

View file

@ -51,7 +51,7 @@ public class TraditionalT9 extends KeyPadHandler {
private void loadSettings() {
mLanguage = LanguageCollection.getLanguage(settings.getInputLanguage());
mEnabledLanguages = settings.getEnabledLanguageIds();
mInputMode = InputMode.getInstance(settings, settings.getInputMode());
mInputMode = InputMode.getInstance(settings, mLanguage, settings.getInputMode());
mInputMode.setTextCase(settings.getTextCase());
}
@ -96,9 +96,10 @@ public class TraditionalT9 extends KeyPadHandler {
// some input fields support only numbers or are not suited for predictions (e.g. password fields)
determineAllowedInputModes();
mInputMode = InputModeValidator.validateMode(settings, mInputMode, allowedInputModes);
int modeId = InputModeValidator.validateMode(settings, mInputMode, allowedInputModes);
mInputMode = InputMode.getInstance(settings, mLanguage, modeId);
mInputMode.setTextFieldCase(textField.determineTextCase(inputType));
// Some modes may want to change the default text case based on grammar rules.
determineNextTextCase();
InputModeValidator.validateTextCase(settings, mInputMode, settings.getTextCase());
@ -197,7 +198,7 @@ public class TraditionalT9 extends KeyPadHandler {
String word = mSuggestionView.getCurrentSuggestion();
mInputMode.onAcceptSuggestion(mLanguage, word);
mInputMode.onAcceptSuggestion(word);
commitCurrentSuggestion();
autoCorrectSpace(word, true, -1, false, false);
resetKeyRepeat();
@ -208,7 +209,7 @@ public class TraditionalT9 extends KeyPadHandler {
protected boolean onUp() {
if (previousSuggestion()) {
mInputMode.setWordStem(mLanguage, mSuggestionView.getCurrentSuggestion(), true);
mInputMode.setWordStem(mSuggestionView.getCurrentSuggestion(), true);
textField.setComposingTextWithHighlightedStem(mSuggestionView.getCurrentSuggestion(), mInputMode);
return true;
}
@ -219,7 +220,7 @@ public class TraditionalT9 extends KeyPadHandler {
protected boolean onDown() {
if (nextSuggestion()) {
mInputMode.setWordStem(mLanguage, mSuggestionView.getCurrentSuggestion(), true);
mInputMode.setWordStem(mSuggestionView.getCurrentSuggestion(), true);
textField.setComposingTextWithHighlightedStem(mSuggestionView.getCurrentSuggestion(), mInputMode);
return true;
}
@ -230,7 +231,7 @@ public class TraditionalT9 extends KeyPadHandler {
protected boolean onLeft() {
if (mInputMode.clearWordStem()) {
mInputMode.loadSuggestions(handleSuggestionsAsync, mLanguage, getComposingText());
mInputMode.loadSuggestions(handleSuggestionsAsync, getComposingText());
} else {
jumpBeforeComposingText();
}
@ -247,8 +248,8 @@ public class TraditionalT9 extends KeyPadHandler {
filter = getComposingText();
}
if (mInputMode.setWordStem(mLanguage, filter, repeat)) {
mInputMode.loadSuggestions(handleSuggestionsAsync, mLanguage, filter);
if (mInputMode.setWordStem(filter, repeat)) {
mInputMode.loadSuggestions(handleSuggestionsAsync, filter);
} else if (filter.length() == 0) {
mInputMode.reset();
}
@ -270,8 +271,8 @@ public class TraditionalT9 extends KeyPadHandler {
// Automatically accept the current word, when the next one is a space or whatnot,
// instead of requiring "OK" before that.
if (mInputMode.shouldAcceptCurrentSuggestion(mLanguage, key, hold, repeat > 0)) {
mInputMode.onAcceptSuggestion(mLanguage, currentWord);
if (mInputMode.shouldAcceptCurrentSuggestion(key, hold, repeat > 0)) {
mInputMode.onAcceptSuggestion(currentWord);
commitCurrentSuggestion(false);
autoCorrectSpace(currentWord, false, key, hold, repeat > 0);
currentWord = "";
@ -283,7 +284,7 @@ public class TraditionalT9 extends KeyPadHandler {
determineNextTextCase();
}
if (!mInputMode.onNumber(mLanguage, key, hold, repeat)) {
if (!mInputMode.onNumber(key, hold, repeat)) {
return false;
}
@ -295,7 +296,7 @@ public class TraditionalT9 extends KeyPadHandler {
if (mInputMode.getWord() != null) {
currentWord = mInputMode.getWord();
mInputMode.onAcceptSuggestion(mLanguage, currentWord);
mInputMode.onAcceptSuggestion(currentWord);
textField.setText(currentWord);
clearSuggestions();
autoCorrectSpace(currentWord, true, key, hold, repeat > 0);
@ -333,6 +334,7 @@ public class TraditionalT9 extends KeyPadHandler {
protected boolean onKeyNextLanguage() {
if (nextLang()) {
commitCurrentSuggestion(false);
mInputMode.changeLanguage(mLanguage);
mInputMode.reset();
resetKeyRepeat();
clearSuggestions();
@ -430,14 +432,14 @@ public class TraditionalT9 extends KeyPadHandler {
private void getSuggestions() {
if (!mInputMode.loadSuggestions(handleSuggestionsAsync, mLanguage, mSuggestionView.getCurrentSuggestion())) {
if (!mInputMode.loadSuggestions(handleSuggestionsAsync, mSuggestionView.getCurrentSuggestion())) {
handleSuggestions();
}
}
private void handleSuggestions() {
setSuggestions(mInputMode.getSuggestions(mLanguage));
setSuggestions(mInputMode.getSuggestions());
// Put the first suggestion in the text field,
// but cut it off to the length of the sequence (how many keys were pressed),
@ -489,7 +491,7 @@ public class TraditionalT9 extends KeyPadHandler {
private void nextInputMode() {
if (mEditing == EDITING_STRICT_NUMERIC || mEditing == EDITING_DIALER) {
mInputMode = !mInputMode.is123() ? InputMode.getInstance(settings, InputMode.MODE_123) : mInputMode;
mInputMode = !mInputMode.is123() ? InputMode.getInstance(settings, mLanguage, InputMode.MODE_123) : mInputMode;
}
// when typing a word or viewing scrolling the suggestions, only change the case
else if (!isSuggestionViewHidden()) {
@ -498,9 +500,9 @@ public class TraditionalT9 extends KeyPadHandler {
// When we are in AUTO mode and the dictionary word is in uppercase,
// the mode would switch to UPPERCASE, but visually, the word would not change.
// This is why we retry, until there is a visual change.
for (int retries = 0; retries < 2; retries++) {
for (int retries = 0; retries < 2 && mLanguage.hasUpperCase(); retries++) {
mInputMode.nextTextCase();
setSuggestions(mInputMode.getSuggestions(mLanguage), mSuggestionView.getCurrentIndex());
setSuggestions(mInputMode.getSuggestions(), mSuggestionView.getCurrentIndex());
refreshComposingText();
if (!currentSuggestionBefore.equals(getComposingText())) {
@ -509,17 +511,17 @@ public class TraditionalT9 extends KeyPadHandler {
}
}
// make "abc" and "ABC" separate modes from user perspective
else if (mInputMode.isABC() && mInputMode.getTextCase() == InputMode.CASE_LOWER) {
else if (mInputMode.isABC() && mInputMode.getTextCase() == InputMode.CASE_LOWER && mLanguage.hasUpperCase()) {
mInputMode.nextTextCase();
} else {
int modeIndex = (allowedInputModes.indexOf(mInputMode.getId()) + 1) % allowedInputModes.size();
mInputMode = InputMode.getInstance(settings, allowedInputModes.get(modeIndex));
mInputMode = InputMode.getInstance(settings, mLanguage, allowedInputModes.get(modeIndex));
mInputMode.defaultTextCase();
}
// save the settings for the next time
settings.saveInputMode(mInputMode);
settings.saveInputMode(mInputMode.getId());
settings.saveTextCase(mInputMode.getTextCase());
UI.updateStatusIcon(this, mLanguage, mInputMode);
@ -558,7 +560,7 @@ public class TraditionalT9 extends KeyPadHandler {
textField.setComposingText(word, 0);
textField.finishComposingText();
mInputMode.onAcceptSuggestion(mLanguage, word);
mInputMode.onAcceptSuggestion(word);
mInputMode.reset();
setSuggestions(null);
}
@ -569,11 +571,11 @@ public class TraditionalT9 extends KeyPadHandler {
int lastInputModeId = settings.getInputMode();
if (allowedInputModes.contains(lastInputModeId)) {
mInputMode = InputMode.getInstance(settings, lastInputModeId);
mInputMode = InputMode.getInstance(settings, mLanguage, lastInputModeId);
} else if (allowedInputModes.contains(InputMode.MODE_ABC)) {
mInputMode = InputMode.getInstance(settings, InputMode.MODE_ABC);
mInputMode = InputMode.getInstance(settings, mLanguage, InputMode.MODE_ABC);
} else {
mInputMode = InputMode.getInstance(settings, allowedInputModes.get(0));
mInputMode = InputMode.getInstance(settings, mLanguage, allowedInputModes.get(0));
}
if (inputType.isDialer()) {

View file

@ -41,23 +41,19 @@ public class InputModeValidator {
return validLanguage;
}
public static InputMode validateMode(SettingsStore settings, InputMode inputMode, ArrayList<Integer> allowedModes) {
public static int validateMode(SettingsStore settings, InputMode inputMode, ArrayList<Integer> allowedModes) {
if (allowedModes.size() > 0 && allowedModes.contains(inputMode.getId())) {
inputMode.reset();
return inputMode;
return inputMode.getId();
}
InputMode newMode = InputMode.getInstance(
settings,
allowedModes.size() > 0 ? allowedModes.get(0) : InputMode.MODE_123
);
settings.saveInputMode(newMode);
int newModeId = allowedModes.size() > 0 ? allowedModes.get(0) : InputMode.MODE_123;
settings.saveInputMode(newModeId);
if (newMode.getId() != inputMode.getId()) {
Logger.w("tt9/validateMode", "Invalid input mode: " + inputMode.getId() + " Enforcing: " + newMode.getId());
if (newModeId != inputMode.getId()) {
Logger.w("tt9/validateMode", "Invalid input mode: " + inputMode.getId() + " Enforcing: " + newModeId);
}
return newMode;
return newModeId;
}
public static void validateTextCase(SettingsStore settings, InputMode inputMode, int newTextCase) {

View file

@ -27,16 +27,17 @@ abstract public class InputMode {
protected int textFieldTextCase = CASE_UNDEFINED;
// data
protected Language language;
protected ArrayList<String> suggestions = new ArrayList<>();
protected String word = null;
public static InputMode getInstance(SettingsStore settings, int mode) {
public static InputMode getInstance(SettingsStore settings, Language language, int mode) {
switch (mode) {
case MODE_PREDICTIVE:
return new ModePredictive(settings);
return new ModePredictive(settings, language);
case MODE_ABC:
return new ModeABC();
return new ModeABC(language);
default:
Logger.w("tt9/InputMode", "Defaulting to mode: " + Mode123.class.getName() + " for unknown InputMode: " + mode);
case MODE_123:
@ -46,17 +47,17 @@ abstract public class InputMode {
// Key handlers. Return "true" when handling the key or "false", when is nothing to do.
public boolean onBackspace() { return false; }
abstract public boolean onNumber(Language language, int key, boolean hold, int repeat);
abstract public boolean onNumber(int key, boolean hold, int repeat);
// Suggestions
public void onAcceptSuggestion(Language language, String suggestion) {}
public void onAcceptSuggestion(String suggestion) {}
protected void onSuggestionsUpdated(Handler handler) { handler.sendEmptyMessage(0); }
public boolean loadSuggestions(Handler handler, Language language, String currentWord) { return false; }
public boolean loadSuggestions(Handler handler, String currentWord) { return false; }
public ArrayList<String> getSuggestions(Language language) {
public ArrayList<String> getSuggestions() {
ArrayList<String> newSuggestions = new ArrayList<>();
for (String s : suggestions) {
newSuggestions.add(adjustSuggestionTextCase(s, textCase, language));
newSuggestions.add(adjustSuggestionTextCase(s, textCase));
}
return newSuggestions;
@ -73,9 +74,14 @@ abstract public class InputMode {
// Utility
abstract public int getId();
abstract public int getSequenceLength(); // The number of key presses for the current word.
public void changeLanguage(Language newLanguage) {
if (newLanguage != null) {
language = newLanguage;
}
}
// Interaction with the IME. Return "true" if it should perform the respective action.
public boolean shouldAcceptCurrentSuggestion(Language language, int key, boolean hold, boolean repeat) { return false; }
public boolean shouldAcceptCurrentSuggestion(int key, boolean hold, boolean repeat) { return false; }
public boolean shouldAddAutoSpace(InputType inputType, TextField textField, boolean isWordAcceptedManually, int incomingKey, boolean hold, boolean repeat) { return false; }
public boolean shouldDeletePrecedingSpace(InputType inputType) { return false; }
public boolean shouldSelectNextSuggestion() { return false; }
@ -116,12 +122,12 @@ abstract public class InputMode {
public void determineNextWordTextCase(SettingsStore settings, boolean isThereText, String textBeforeCursor) {}
// Based on the internal logic of the mode (punctuation or grammar rules), re-adjust the text case for when getSuggestions() is called.
protected String adjustSuggestionTextCase(String word, int newTextCase, Language language) { return word; }
protected String adjustSuggestionTextCase(String word, int newTextCase) { return word; }
// Stem filtering.
// Where applicable, return "true" if the mode supports it and the operation was possible.
public boolean clearWordStem() { return false; }
public boolean isStemFilterFuzzy() { return false; }
public String getWordStem() { return ""; }
public boolean setWordStem(Language language, String stem, boolean exact) { return false; }
public boolean setWordStem(String stem, boolean exact) { return false; }
}

View file

@ -2,8 +2,6 @@ package io.github.sspanak.tt9.ime.modes;
import java.util.ArrayList;
import io.github.sspanak.tt9.languages.Language;
public class Mode123 extends InputMode {
public int getId() { return MODE_123; }
@ -12,7 +10,7 @@ public class Mode123 extends InputMode {
}
public boolean onNumber(Language l, int key, boolean hold, int repeat) {
public boolean onNumber(int key, boolean hold, int repeat) {
if (key != 0) {
return false;
}

View file

@ -9,13 +9,13 @@ public class ModeABC extends InputMode {
private boolean shouldSelectNextLetter = false;
ModeABC() {
allowedTextCases.add(CASE_LOWER);
allowedTextCases.add(CASE_UPPER);
ModeABC(Language lang) {
changeLanguage(lang);
}
public boolean onNumber(Language language, int key, boolean hold, int repeat) {
@Override
public boolean onNumber(int key, boolean hold, int repeat) {
shouldSelectNextLetter = false;
suggestions = language.getKeyCharacters(key);
word = null;
@ -31,18 +31,29 @@ public class ModeABC extends InputMode {
}
protected String adjustSuggestionTextCase(String word, int newTextCase, Language language) {
@Override
protected String adjustSuggestionTextCase(String word, int newTextCase) {
return newTextCase == CASE_UPPER ? word.toUpperCase(language.getLocale()) : word.toLowerCase(language.getLocale());
}
@Override
public void changeLanguage(Language language) {
super.changeLanguage(language);
final public boolean isABC() { return true; }
public int getSequenceLength() { return 1; }
allowedTextCases.clear();
allowedTextCases.add(CASE_LOWER);
if (language.hasUpperCase()) {
allowedTextCases.add(CASE_UPPER);
}
}
public boolean shouldAcceptCurrentSuggestion(Language l, int key, boolean hold, boolean repeat) { return hold || !repeat; }
public boolean shouldTrackUpDown() { return true; }
public boolean shouldTrackLeftRight() { return true; }
public boolean shouldSelectNextSuggestion() {
@Override final public boolean isABC() { return true; }
@Override public int getSequenceLength() { return 1; }
@Override public boolean shouldAcceptCurrentSuggestion(int key, boolean hold, boolean repeat) { return hold || !repeat; }
@Override public boolean shouldTrackUpDown() { return true; }
@Override public boolean shouldTrackLeftRight() { return true; }
@Override public boolean shouldSelectNextSuggestion() {
return shouldSelectNextLetter;
}
}

View file

@ -32,7 +32,6 @@ public class ModePredictive extends InputMode {
private String stem = "";
// async suggestion handling
private Language currentLanguage = null;
private String currentInputFieldWord = "";
private static Handler handleSuggestionsExternal;
@ -44,10 +43,8 @@ public class ModePredictive extends InputMode {
private final String maxEmojiSequence;
ModePredictive(SettingsStore settings) {
allowedTextCases.add(CASE_LOWER);
allowedTextCases.add(CASE_CAPITALIZE);
allowedTextCases.add(CASE_UPPER);
ModePredictive(SettingsStore settings, Language lang) {
changeLanguage(lang);
emptyDbWarning = new EmptyDatabaseWarning(settings);
this.settings = settings;
@ -81,13 +78,13 @@ public class ModePredictive extends InputMode {
@Override
public boolean onNumber(Language language, int key, boolean hold, int repeat) {
public boolean onNumber(int key, boolean hold, int repeat) {
if (hold) {
// hold to type any digit
reset();
word = String.valueOf(key);
} else if (key == 0 && repeat > 0) {
onDouble0(language);
onDouble0();
} else {
// words
super.reset();
@ -102,7 +99,7 @@ public class ModePredictive extends InputMode {
* onDouble0
* Double "0" is a shortcut for the preferred character.
*/
private void onDouble0(Language language) {
private void onDouble0() {
try {
reset();
word = settings.getDoubleZeroChar();
@ -115,6 +112,19 @@ public class ModePredictive extends InputMode {
}
@Override
public void changeLanguage(Language language) {
super.changeLanguage(language);
allowedTextCases.clear();
allowedTextCases.add(CASE_LOWER);
if (language.hasUpperCase()) {
allowedTextCases.add(CASE_CAPITALIZE);
allowedTextCases.add(CASE_UPPER);
}
}
@Override
public void reset() {
super.reset();
@ -156,7 +166,7 @@ public class ModePredictive extends InputMode {
* Note that you need to manually get the suggestions again to obtain a filtered list.
*/
@Override
public boolean setWordStem(Language language, String wordStem, boolean exact) {
public boolean setWordStem(String wordStem, boolean exact) {
if (language == null || wordStem == null || wordStem.length() < 1) {
return false;
}
@ -202,7 +212,7 @@ public class ModePredictive extends InputMode {
* Similar to "loadSuggestions()", but loads suggestions that are not in the database.
* Returns "false", when there are no static suggestions for the current digitSequence.
*/
private boolean loadStaticSuggestions(Language language) {
private boolean loadStaticSuggestions() {
if (digitSequence.equals("0")) {
stem = "";
suggestions = language.getKeyCharacters(0, false);
@ -231,8 +241,8 @@ public class ModePredictive extends InputMode {
* See: generatePossibleCompletions()
*/
@Override
public boolean loadSuggestions(Handler handler, Language language, String currentWord) {
if (loadStaticSuggestions(language)) {
public boolean loadSuggestions(Handler handler, String currentWord) {
if (loadStaticSuggestions()) {
super.onSuggestionsUpdated(handler);
return true;
}
@ -244,7 +254,6 @@ public class ModePredictive extends InputMode {
handleSuggestionsExternal = handler;
currentInputFieldWord = currentWord.toLowerCase(language.getLocale());
currentLanguage = language;
super.reset();
DictionaryDb.getSuggestions(
@ -272,13 +281,13 @@ public class ModePredictive extends InputMode {
dbSuggestions = dbSuggestions == null ? new ArrayList<>() : dbSuggestions;
if (dbSuggestions.size() == 0 && digitSequence.length() > 0) {
emptyDbWarning.emitOnce(currentLanguage);
dbSuggestions = generatePossibleCompletions(currentLanguage, currentInputFieldWord);
emptyDbWarning.emitOnce(language);
dbSuggestions = generatePossibleCompletions(currentInputFieldWord);
}
suggestions.clear();
suggestStem();
suggestions.addAll(generatePossibleStemVariations(currentLanguage, dbSuggestions));
suggestions.addAll(generatePossibleStemVariations(dbSuggestions));
suggestMoreWords(dbSuggestions);
ModePredictive.super.onSuggestionsUpdated(handleSuggestionsExternal);
@ -295,7 +304,7 @@ public class ModePredictive extends InputMode {
* For example, if the word is "missin_" and the last pressed key is "4", the results would be:
* | missing | missinh | missini |
*/
private ArrayList<String> generatePossibleCompletions(Language language, String baseWord) {
private ArrayList<String> generatePossibleCompletions(String baseWord) {
ArrayList<String> generatedWords = new ArrayList<>();
// Make sure the displayed word and the digit sequence, we will be generating suggestions from,
@ -334,14 +343,14 @@ public class ModePredictive extends InputMode {
* generate: "extrb" and "extrc". This is useful for typing an unknown word, that is similar to
* the ones in the dictionary.
*/
private ArrayList<String> generatePossibleStemVariations(Language language, ArrayList<String> dbSuggestions) {
private ArrayList<String> generatePossibleStemVariations(ArrayList<String> dbSuggestions) {
ArrayList<String> variations = new ArrayList<>();
if (stem.length() == 0) {
return variations;
}
if (isStemFuzzy && stem.length() == digitSequence.length() - 1) {
ArrayList<String> allPossibleVariations = generatePossibleCompletions(language, stem);
ArrayList<String> allPossibleVariations = generatePossibleCompletions(stem);
// first add the known words, because it makes more sense to see them first
for (String word : allPossibleVariations) {
@ -391,7 +400,7 @@ public class ModePredictive extends InputMode {
* Bring this word up in the suggestions list next time.
*/
@Override
public void onAcceptSuggestion(Language language, String currentWord) {
public void onAcceptSuggestion(String currentWord) {
lastAcceptedWord = currentWord;
lastAcceptedSequence = digitSequence;
reset();
@ -425,7 +434,7 @@ public class ModePredictive extends InputMode {
* or Dutch words such as: "'s-Hertogenbosch".
*/
@Override
protected String adjustSuggestionTextCase(String word, int newTextCase, Language language) {
protected String adjustSuggestionTextCase(String word, int newTextCase) {
switch (newTextCase) {
case CASE_UPPER:
return word.toUpperCase(language.getLocale());
@ -492,7 +501,7 @@ public class ModePredictive extends InputMode {
* we also increase its' priority. This function determines whether we want to do all this or not.
*/
@Override
public boolean shouldAcceptCurrentSuggestion(Language language, int key, boolean hold, boolean repeat) {
public boolean shouldAcceptCurrentSuggestion(int key, boolean hold, boolean repeat) {
return
hold
// Quickly accept suggestions using "space" instead of pressing "ok" then "space"

View file

@ -68,6 +68,11 @@ public class Language {
final public boolean isPunctuationPartOfWords() { return isPunctuationPartOfWords; }
final public boolean hasUpperCase() {
return abcUpperCaseIcon != 0;
}
/* ************ utility ************ */
/**

View file

@ -140,14 +140,18 @@ public class SettingsStore {
return prefs.getInt("pref_input_mode", InputMode.MODE_PREDICTIVE);
}
public void saveInputMode(InputMode mode) {
if (mode == null) {
Logger.w("tt9/saveInputMode", "Not saving NULL input mode");
return;
}
public void saveInputMode(int mode) {
boolean isModeValid = isIntInList(
mode,
new ArrayList<>(Arrays.asList(InputMode.MODE_123, InputMode.MODE_PREDICTIVE, InputMode.MODE_ABC)),
"tt9/saveInputMode",
"Not saving invalid input mode: " + mode
);
prefsEditor.putInt("pref_input_mode", mode.getId());
prefsEditor.apply();
if (isModeValid) {
prefsEditor.putInt("pref_input_mode", mode);
prefsEditor.apply();
}
}