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Add KeySpecParser unit test 

Change-Id: Ie1c32daecefc2909e58056f515631cbd7de687f7
main
Tadashi G. Takaoka 2014-02-04 18:39:13 +09:00
parent 1d3058daa1
commit 853e8d8869
3 changed files with 379 additions and 303 deletions
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332
tests/src/com/android/inputmethod/keyboard/internal/KeySpecParserBase.java Normal file
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/*
* Copyright (C) 2014 The Android Open Source Project
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.android.inputmethod.keyboard.internal;
import static com.android.inputmethod.keyboard.internal.KeyboardCodesSet.PREFIX_CODE;
import static com.android.inputmethod.keyboard.internal.KeyboardIconsSet.ICON_UNDEFINED;
import static com.android.inputmethod.keyboard.internal.KeyboardIconsSet.PREFIX_ICON;
import static com.android.inputmethod.latin.Constants.CODE_OUTPUT_TEXT;
import static com.android.inputmethod.latin.Constants.CODE_UNSPECIFIED;
import android.content.Context;
import android.content.res.Resources;
import android.test.AndroidTestCase;
import com.android.inputmethod.latin.utils.RunInLocale;
import java.util.Locale;
abstract class KeySpecParserBase extends AndroidTestCase {
private final static Locale TEST_LOCALE = Locale.ENGLISH;
protected final KeyboardCodesSet mCodesSet = new KeyboardCodesSet();
protected final KeyboardTextsSet mTextsSet = new KeyboardTextsSet();
private static final String CODE_SETTINGS_NAME = "key_settings";
private static final String CODE_SETTINGS = PREFIX_CODE + CODE_SETTINGS_NAME;
private static final String ICON_SETTINGS_NAME = "settings_key";
private static final String ICON_SETTINGS = PREFIX_ICON + ICON_SETTINGS_NAME;
private static final String CODE_SETTINGS_UPPERCASE = CODE_SETTINGS.toUpperCase(Locale.ROOT);
private static final String ICON_SETTINGS_UPPERCASE = ICON_SETTINGS.toUpperCase(Locale.ROOT);
private static final String CODE_NON_EXISTING = PREFIX_CODE + "non_existing";
private static final String ICON_NON_EXISTING = PREFIX_ICON + "non_existing";
private int mCodeSettings;
private int mCodeActionNext;
private int mSettingsIconId;
@Override
protected void setUp() throws Exception {
super.setUp();
final String language = TEST_LOCALE.getLanguage();
mCodesSet.setLanguage(language);
mTextsSet.setLanguage(language);
final Context context = getContext();
new RunInLocale<Void>() {
@Override
protected Void job(final Resources res) {
mTextsSet.loadStringResources(context);
return null;
}
}.runInLocale(context.getResources(), TEST_LOCALE);
mCodeSettings = mCodesSet.getCode(CODE_SETTINGS_NAME);
mCodeActionNext = mCodesSet.getCode("key_action_next");
mSettingsIconId = KeyboardIconsSet.getIconId(ICON_SETTINGS_NAME);
}
abstract protected void assertParser(final String message, final String keySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIcon,
final int expectedCode);
protected void assertParserError(final String message, final String keySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIconId,
final int expectedCode) {
try {
assertParser(message, keySpec, expectedLabel, expectedOutputText, expectedIconId,
expectedCode);
fail(message);
} catch (Exception pcpe) {
// success.
}
}
// \U001d11e: MUSICAL SYMBOL G CLEF
private static final String SURROGATE_PAIR1 = "\ud834\udd1e";
private static final int SURROGATE_CODE1 = SURROGATE_PAIR1.codePointAt(0);
// \U001d122: MUSICAL SYMBOL F CLEF
private static final String SURROGATE_PAIR2 = "\ud834\udd22";
private static final int SURROGATE_CODE2 = SURROGATE_PAIR2.codePointAt(0);
// \U002f8a6: CJK COMPATIBILITY IDEOGRAPH-2F8A6; variant character of \u6148.
private static final String SURROGATE_PAIR3 = "\ud87e\udca6";
private static final String SURROGATE_PAIRS4 = SURROGATE_PAIR1 + SURROGATE_PAIR2;
private static final String SURROGATE_PAIRS5 = SURROGATE_PAIRS4 + SURROGATE_PAIR3;
public void testSingleLetter() {
assertParser("Single letter", "a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single surrogate", SURROGATE_PAIR1,
SURROGATE_PAIR1, null, ICON_UNDEFINED, SURROGATE_CODE1);
assertParser("Single escaped bar", "\\|",
"|", null, ICON_UNDEFINED, '|');
assertParser("Single escaped escape", "\\\\",
"\\", null, ICON_UNDEFINED, '\\');
assertParser("Single comma", ",",
",", null, ICON_UNDEFINED, ',');
assertParser("Single escaped comma", "\\,",
",", null, ICON_UNDEFINED, ',');
assertParser("Single escaped letter", "\\a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single escaped surrogate", "\\" + SURROGATE_PAIR2,
SURROGATE_PAIR2, null, ICON_UNDEFINED, SURROGATE_CODE2);
assertParser("Single bang", "!",
"!", null, ICON_UNDEFINED, '!');
assertParser("Single escaped bang", "\\!",
"!", null, ICON_UNDEFINED, '!');
assertParser("Single output text letter", "a|a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single surrogate pair outputText", "G Clef|" + SURROGATE_PAIR1,
"G Clef", null, ICON_UNDEFINED, SURROGATE_CODE1);
assertParser("Single letter with outputText", "a|abc",
"a", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with surrogate outputText", "a|" + SURROGATE_PAIRS4,
"a", SURROGATE_PAIRS4, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single surrogate with outputText", SURROGATE_PAIR3 + "|abc",
SURROGATE_PAIR3, "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped outputText", "a|a\\|c",
"a", "a|c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped surrogate outputText",
"a|" + SURROGATE_PAIR1 + "\\|" + SURROGATE_PAIR2,
"a", SURROGATE_PAIR1 + "|" + SURROGATE_PAIR2, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with comma outputText", "a|a,b",
"a", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped comma outputText", "a|a\\,b",
"a", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with outputText starts with bang", "a|!bc",
"a", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with surrogate outputText starts with bang",
"a|!" + SURROGATE_PAIRS5,
"a", "!" + SURROGATE_PAIRS5, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with outputText contains bang", "a|a!c",
"a", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped bang outputText", "a|\\!bc",
"a", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single escaped escape with single outputText", "\\\\|\\\\",
"\\", null, ICON_UNDEFINED, '\\');
assertParser("Single escaped bar with single outputText", "\\||\\|",
"|", null, ICON_UNDEFINED, '|');
assertParser("Single letter with code", "a|" + CODE_SETTINGS,
"a", null, ICON_UNDEFINED, mCodeSettings);
}
public void testLabel() {
assertParser("Simple label", "abc",
"abc", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Simple surrogate label", SURROGATE_PAIRS4,
SURROGATE_PAIRS4, SURROGATE_PAIRS4, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar", "a\\|c",
"a|c", "a|c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Surrogate label with escaped bar", SURROGATE_PAIR1 + "\\|" + SURROGATE_PAIR2,
SURROGATE_PAIR1 + "|" + SURROGATE_PAIR2, SURROGATE_PAIR1 + "|" + SURROGATE_PAIR2,
ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped escape", "a\\\\c",
"a\\c", "a\\c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma", "a,c",
"a,c", "a,c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped comma", "a\\,c",
"a,c", "a,c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang", "!bc",
"!bc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Surrogate label starts with bang", "!" + SURROGATE_PAIRS4,
"!" + SURROGATE_PAIRS4, "!" + SURROGATE_PAIRS4, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang", "a!c",
"a!c", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bang", "\\!bc",
"!bc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped letter", "\\abc",
"abc", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText", "abc|def",
"abc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma and outputText", "a,c|def",
"a,c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped comma label with outputText", "a\\,c|def",
"a,c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped label with outputText", "a\\|c|def",
"a|c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar outputText", "abc|d\\|f",
"abc", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped escape label with outputText", "a\\\\|def",
"a\\", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and outputText", "!bc|def",
"!bc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang label and outputText", "a!c|def",
"a!c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bang label with outputText", "\\!bc|def",
"!bc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma outputText", "abc|a,b",
"abc", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped comma outputText", "abc|a\\,b",
"abc", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText starts with bang", "abc|!bc",
"abc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText contains bang", "abc|a!c",
"abc", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bang outputText", "abc|\\!bc",
"abc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar outputText", "abc|d\\|f",
"abc", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bar label with escaped bar outputText", "a\\|c|d\\|f",
"a|c", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with code", "abc|" + CODE_SETTINGS,
"abc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Escaped label with code", "a\\|c|" + CODE_SETTINGS,
"a|c", null, ICON_UNDEFINED, mCodeSettings);
}
public void testIcons() {
assertParser("Icon with single letter", ICON_SETTINGS + "|a",
null, null, mSettingsIconId, 'a');
assertParser("Icon with outputText", ICON_SETTINGS + "|abc",
null, "abc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with outputText starts with bang", ICON_SETTINGS + "|!bc",
null, "!bc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with outputText contains bang", ICON_SETTINGS + "|a!c",
null, "a!c", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with escaped bang outputText", ICON_SETTINGS + "|\\!bc",
null, "!bc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and code", "!bc|" + CODE_SETTINGS,
"!bc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Label contains bang and code", "a!c|" + CODE_SETTINGS,
"a!c", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Escaped bang label with code", "\\!bc|" + CODE_SETTINGS,
"!bc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Icon with code", ICON_SETTINGS + "|" + CODE_SETTINGS,
null, null, mSettingsIconId, mCodeSettings);
}
public void testResourceReference() {
assertParser("Settings as more key", "!text/settings_as_more_key",
null, null, mSettingsIconId, mCodeSettings);
assertParser("Action next as more key", "!text/label_next_key|!code/key_action_next",
"Next", null, ICON_UNDEFINED, mCodeActionNext);
assertParser("Popular domain",
"!text/keylabel_for_popular_domain|!text/keylabel_for_popular_domain ",
".com", ".com ", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
}
public void testFormatError() {
assertParserError("Empty spec", "", null,
null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty label with outputText", "|a",
null, "a", ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty label with code", "|" + CODE_SETTINGS,
null, null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Empty outputText with label", "a|",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty outputText with icon", ICON_SETTINGS + "|",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Empty icon and code", "|",
null, null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Icon without code", ICON_SETTINGS,
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Non existing icon", ICON_NON_EXISTING + "|abc",
null, "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Non existing code", "abc|" + CODE_NON_EXISTING,
"abc", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Third bar at end", "a|b|",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Multiple bar", "a|b|c",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Multiple bar with label and code", "a|" + CODE_SETTINGS + "|c",
"a", null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Multiple bar with icon and outputText", ICON_SETTINGS + "|b|c",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Multiple bar with icon and code",
ICON_SETTINGS + "|" + CODE_SETTINGS + "|c",
null, null, mSettingsIconId, mCodeSettings);
}
public void testUselessUpperCaseSpecifier() {
assertParser("Single letter with CODE", "a|" + CODE_SETTINGS_UPPERCASE,
"a", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with CODE", "abc|" + CODE_SETTINGS_UPPERCASE,
"abc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped label with CODE", "a\\|c|" + CODE_SETTINGS_UPPERCASE,
"a|c", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText", ICON_SETTINGS_UPPERCASE + "|abc",
"!ICON/SETTINGS_KEY", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText starts with bang", ICON_SETTINGS_UPPERCASE + "|!bc",
"!ICON/SETTINGS_KEY", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText contains bang", ICON_SETTINGS_UPPERCASE + "|a!c",
"!ICON/SETTINGS_KEY", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with escaped bang outputText", ICON_SETTINGS_UPPERCASE + "|\\!bc",
"!ICON/SETTINGS_KEY", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and CODE", "!bc|" + CODE_SETTINGS_UPPERCASE,
"!bc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang and CODE", "a!c|" + CODE_SETTINGS_UPPERCASE,
"a!c", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bang label with CODE", "\\!bc|" + CODE_SETTINGS_UPPERCASE,
"!bc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with CODE", ICON_SETTINGS_UPPERCASE + "|" + CODE_SETTINGS_UPPERCASE,
"!ICON/SETTINGS_KEY", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("SETTINGS AS MORE KEY", "!TEXT/SETTINGS_AS_MORE_KEY",
"!TEXT/SETTINGS_AS_MORE_KEY", "!TEXT/SETTINGS_AS_MORE_KEY", ICON_UNDEFINED,
CODE_OUTPUT_TEXT);
assertParser("ACTION NEXT AS MORE KEY", "!TEXT/LABEL_NEXT_KEY|!CODE/KEY_ACTION_NEXT",
"!TEXT/LABEL_NEXT_KEY", "!CODE/KEY_ACTION_NEXT", ICON_UNDEFINED,
CODE_OUTPUT_TEXT);
assertParser("POPULAR DOMAIN",
"!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN|!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN ",
"!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN", "!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN ",
ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Empty label with CODE", "|" + CODE_SETTINGS_UPPERCASE,
null, null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Empty outputText with ICON", ICON_SETTINGS_UPPERCASE + "|",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParser("ICON without code", ICON_SETTINGS_UPPERCASE,
"!ICON/SETTINGS_KEY", "!ICON/SETTINGS_KEY", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Multiple bar with label and CODE", "a|" + CODE_SETTINGS_UPPERCASE + "|c",
"a", null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Multiple bar with ICON and outputText", ICON_SETTINGS_UPPERCASE + "|b|c",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Multiple bar with ICON and CODE",
ICON_SETTINGS_UPPERCASE + "|" + CODE_SETTINGS_UPPERCASE + "|c",
null, null, mSettingsIconId, mCodeSettings);
}
}

43
tests/src/com/android/inputmethod/keyboard/internal/KeySpecParserTests.java Normal file
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@ -0,0 +1,43 @@
/*
* Copyright (C) 2014 The Android Open Source Project
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.android.inputmethod.keyboard.internal;
import android.test.suitebuilder.annotation.SmallTest;
import com.android.inputmethod.latin.Constants;
@SmallTest
public final class KeySpecParserTests extends KeySpecParserBase {
@Override
protected void assertParser(final String message, final String keySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIcon,
final int expectedCode) {
final String keySpecResolved = mTextsSet.resolveTextReference(keySpec);
final String actualLabel = KeySpecParser.getLabel(keySpecResolved);
final String actualOutputText = KeySpecParser.getOutputText(keySpecResolved);
final int actualIcon = KeySpecParser.getIconId(keySpecResolved);
final int actualCode = KeySpecParser.getCode(keySpecResolved, mCodesSet);
assertEquals(message + " [label]", expectedLabel, actualLabel);
assertEquals(message + " [ouptputText]", expectedOutputText, actualOutputText);
assertEquals(message + " [icon]",
KeyboardIconsSet.getIconName(expectedIcon),
KeyboardIconsSet.getIconName(actualIcon));
assertEquals(message + " [code]",
Constants.printableCode(expectedCode),
Constants.printableCode(actualCode));
}
}

307
tests/src/com/android/inputmethod/keyboard/internal/MoreKeySpecTests.java
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@ -16,63 +16,18 @@
package com.android.inputmethod.keyboard.internal;
import static com.android.inputmethod.keyboard.internal.KeyboardIconsSet.ICON_UNDEFINED;
import static com.android.inputmethod.latin.Constants.CODE_OUTPUT_TEXT;
import static com.android.inputmethod.latin.Constants.CODE_UNSPECIFIED;
import android.content.Context;
import android.content.res.Resources;
import android.test.AndroidTestCase;
import android.test.suitebuilder.annotation.SmallTest;
import com.android.inputmethod.latin.Constants;
import com.android.inputmethod.latin.utils.RunInLocale;
import java.util.Arrays;
import java.util.Locale;
@SmallTest
public class MoreKeySpecTests extends AndroidTestCase {
private final static Locale TEST_LOCALE = Locale.ENGLISH;
final KeyboardCodesSet mCodesSet = new KeyboardCodesSet();
final KeyboardTextsSet mTextsSet = new KeyboardTextsSet();
private static final String CODE_SETTINGS = "!code/key_settings";
private static final String ICON_SETTINGS = "!icon/settings_key";
private static final String CODE_SETTINGS_UPPERCASE = CODE_SETTINGS.toUpperCase(Locale.ROOT);
private static final String ICON_SETTINGS_UPPERCASE = ICON_SETTINGS.toUpperCase(Locale.ROOT);
private static final String CODE_NON_EXISTING = "!code/non_existing";
private static final String ICON_NON_EXISTING = "!icon/non_existing";
private int mCodeSettings;
private int mCodeActionNext;
private int mSettingsIconId;
public final class MoreKeySpecTests extends KeySpecParserBase {
@Override
protected void setUp() throws Exception {
super.setUp();
final String language = TEST_LOCALE.getLanguage();
mCodesSet.setLanguage(language);
mTextsSet.setLanguage(language);
final Context context = getContext();
new RunInLocale<Void>() {
@Override
protected Void job(final Resources res) {
mTextsSet.loadStringResources(context);
return null;
}
}.runInLocale(context.getResources(), TEST_LOCALE);
mCodeSettings = KeySpecParser.parseCode(
CODE_SETTINGS, mCodesSet, CODE_UNSPECIFIED);
mCodeActionNext = KeySpecParser.parseCode(
"!code/key_action_next", mCodesSet, CODE_UNSPECIFIED);
mSettingsIconId = KeySpecParser.getIconId(ICON_SETTINGS);
}
private void assertParser(final String message, final String moreKeySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIcon,
protected void assertParser(final String message, final String moreKeySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIconId,
final int expectedCode) {
final String labelResolved = mTextsSet.resolveTextReference(moreKeySpec);
final MoreKeySpec spec = new MoreKeySpec(labelResolved, false /* needsToUpperCase */,
@ -80,267 +35,13 @@ public class MoreKeySpecTests extends AndroidTestCase {
assertEquals(message + " [label]", expectedLabel, spec.mLabel);
assertEquals(message + " [ouptputText]", expectedOutputText, spec.mOutputText);
assertEquals(message + " [icon]",
KeyboardIconsSet.getIconName(expectedIcon),
KeyboardIconsSet.getIconName(expectedIconId),
KeyboardIconsSet.getIconName(spec.mIconId));
assertEquals(message + " [code]",
Constants.printableCode(expectedCode),
Constants.printableCode(spec.mCode));
}
private void assertParserError(final String message, final String moreKeySpec,
final String expectedLabel, final String expectedOutputText, final int expectedIcon,
final int expectedCode) {
try {
assertParser(message, moreKeySpec, expectedLabel, expectedOutputText, expectedIcon,
expectedCode);
fail(message);
} catch (Exception pcpe) {
// success.
}
}
// \U001d11e: MUSICAL SYMBOL G CLEF
private static final String PAIR1 = "\ud834\udd1e";
private static final int CODE1 = PAIR1.codePointAt(0);
// \U001d122: MUSICAL SYMBOL F CLEF
private static final String PAIR2 = "\ud834\udd22";
private static final int CODE2 = PAIR2.codePointAt(0);
// \U002f8a6: CJK COMPATIBILITY IDEOGRAPH-2F8A6; variant character of \u6148.
private static final String PAIR3 = "\ud87e\udca6";
private static final String SURROGATE1 = PAIR1 + PAIR2;
private static final String SURROGATE2 = PAIR1 + PAIR2 + PAIR3;
public void testSingleLetter() {
assertParser("Single letter", "a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single surrogate", PAIR1,
PAIR1, null, ICON_UNDEFINED, CODE1);
assertParser("Single escaped bar", "\\|",
"|", null, ICON_UNDEFINED, '|');
assertParser("Single escaped escape", "\\\\",
"\\", null, ICON_UNDEFINED, '\\');
assertParser("Single comma", ",",
",", null, ICON_UNDEFINED, ',');
assertParser("Single escaped comma", "\\,",
",", null, ICON_UNDEFINED, ',');
assertParser("Single escaped letter", "\\a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single escaped surrogate", "\\" + PAIR2,
PAIR2, null, ICON_UNDEFINED, CODE2);
assertParser("Single bang", "!",
"!", null, ICON_UNDEFINED, '!');
assertParser("Single escaped bang", "\\!",
"!", null, ICON_UNDEFINED, '!');
assertParser("Single output text letter", "a|a",
"a", null, ICON_UNDEFINED, 'a');
assertParser("Single surrogate pair outputText", "G Clef|" + PAIR1,
"G Clef", null, ICON_UNDEFINED, CODE1);
assertParser("Single letter with outputText", "a|abc",
"a", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with surrogate outputText", "a|" + SURROGATE1,
"a", SURROGATE1, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single surrogate with outputText", PAIR3 + "|abc",
PAIR3, "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped outputText", "a|a\\|c",
"a", "a|c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped surrogate outputText",
"a|" + PAIR1 + "\\|" + PAIR2,
"a", PAIR1 + "|" + PAIR2, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with comma outputText", "a|a,b",
"a", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped comma outputText", "a|a\\,b",
"a", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with outputText starts with bang", "a|!bc",
"a", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with surrogate outputText starts with bang", "a|!" + SURROGATE2,
"a", "!" + SURROGATE2, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with outputText contains bang", "a|a!c",
"a", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single letter with escaped bang outputText", "a|\\!bc",
"a", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Single escaped escape with single outputText", "\\\\|\\\\",
"\\", null, ICON_UNDEFINED, '\\');
assertParser("Single escaped bar with single outputText", "\\||\\|",
"|", null, ICON_UNDEFINED, '|');
assertParser("Single letter with code", "a|" + CODE_SETTINGS,
"a", null, ICON_UNDEFINED, mCodeSettings);
}
public void testLabel() {
assertParser("Simple label", "abc",
"abc", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Simple surrogate label", SURROGATE1,
SURROGATE1, SURROGATE1, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar", "a\\|c",
"a|c", "a|c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Surrogate label with escaped bar", PAIR1 + "\\|" + PAIR2,
PAIR1 + "|" + PAIR2, PAIR1 + "|" + PAIR2,
ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped escape", "a\\\\c",
"a\\c", "a\\c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma", "a,c",
"a,c", "a,c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped comma", "a\\,c",
"a,c", "a,c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang", "!bc",
"!bc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Surrogate label starts with bang", "!" + SURROGATE1,
"!" + SURROGATE1, "!" + SURROGATE1, ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang", "a!c",
"a!c", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bang", "\\!bc",
"!bc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped letter", "\\abc",
"abc", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText", "abc|def",
"abc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma and outputText", "a,c|def",
"a,c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped comma label with outputText", "a\\,c|def",
"a,c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped label with outputText", "a\\|c|def",
"a|c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar outputText", "abc|d\\|f",
"abc", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped escape label with outputText", "a\\\\|def",
"a\\", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and outputText", "!bc|def",
"!bc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang label and outputText", "a!c|def",
"a!c", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bang label with outputText", "\\!bc|def",
"!bc", "def", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with comma outputText", "abc|a,b",
"abc", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped comma outputText", "abc|a\\,b",
"abc", "a,b", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText starts with bang", "abc|!bc",
"abc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with outputText contains bang", "abc|a!c",
"abc", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bang outputText", "abc|\\!bc",
"abc", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with escaped bar outputText", "abc|d\\|f",
"abc", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bar label with escaped bar outputText", "a\\|c|d\\|f",
"a|c", "d|f", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with code", "abc|" + CODE_SETTINGS,
"abc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Escaped label with code", "a\\|c|" + CODE_SETTINGS,
"a|c", null, ICON_UNDEFINED, mCodeSettings);
}
public void testIconAndCode() {
assertParser("Icon with outputText", ICON_SETTINGS + "|abc",
null, "abc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with outputText starts with bang", ICON_SETTINGS + "|!bc",
null, "!bc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with outputText contains bang", ICON_SETTINGS + "|a!c",
null, "a!c", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Icon with escaped bang outputText", ICON_SETTINGS + "|\\!bc",
null, "!bc", mSettingsIconId, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and code", "!bc|" + CODE_SETTINGS,
"!bc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Label contains bang and code", "a!c|" + CODE_SETTINGS,
"a!c", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Escaped bang label with code", "\\!bc|" + CODE_SETTINGS,
"!bc", null, ICON_UNDEFINED, mCodeSettings);
assertParser("Icon with code", ICON_SETTINGS + "|" + CODE_SETTINGS,
null, null, mSettingsIconId, mCodeSettings);
}
public void testResourceReference() {
assertParser("Settings as more key", "!text/settings_as_more_key",
null, null, mSettingsIconId, mCodeSettings);
assertParser("Action next as more key", "!text/label_next_key|!code/key_action_next",
"Next", null, ICON_UNDEFINED, mCodeActionNext);
assertParser("Popular domain",
"!text/keylabel_for_popular_domain|!text/keylabel_for_popular_domain ",
".com", ".com ", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
}
public void testFormatError() {
assertParserError("Empty spec", "", null,
null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty label with outputText", "|a",
null, "a", ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty label with code", "|" + CODE_SETTINGS,
null, null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Empty outputText with label", "a|",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Empty outputText with icon", ICON_SETTINGS + "|",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Empty icon and code", "|",
null, null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Icon without code", ICON_SETTINGS,
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Non existing icon", ICON_NON_EXISTING + "|abc",
null, "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Non existing code", "abc|" + CODE_NON_EXISTING,
"abc", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Third bar at end", "a|b|",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Multiple bar", "a|b|c",
"a", null, ICON_UNDEFINED, CODE_UNSPECIFIED);
assertParserError("Multiple bar with label and code", "a|" + CODE_SETTINGS + "|c",
"a", null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Multiple bar with icon and outputText", ICON_SETTINGS + "|b|c",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Multiple bar with icon and code",
ICON_SETTINGS + "|" + CODE_SETTINGS + "|c",
null, null, mSettingsIconId, mCodeSettings);
}
public void testUselessUpperCaseSpecifier() {
assertParser("Single letter with CODE", "a|" + CODE_SETTINGS_UPPERCASE,
"a", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label with CODE", "abc|" + CODE_SETTINGS_UPPERCASE,
"abc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped label with CODE", "a\\|c|" + CODE_SETTINGS_UPPERCASE,
"a|c", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText", ICON_SETTINGS_UPPERCASE + "|abc",
"!ICON/SETTINGS_KEY", "abc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText starts with bang", ICON_SETTINGS_UPPERCASE + "|!bc",
"!ICON/SETTINGS_KEY", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with outputText contains bang", ICON_SETTINGS_UPPERCASE + "|a!c",
"!ICON/SETTINGS_KEY", "a!c", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with escaped bang outputText", ICON_SETTINGS_UPPERCASE + "|\\!bc",
"!ICON/SETTINGS_KEY", "!bc", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label starts with bang and CODE", "!bc|" + CODE_SETTINGS_UPPERCASE,
"!bc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Label contains bang and CODE", "a!c|" + CODE_SETTINGS_UPPERCASE,
"a!c", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("Escaped bang label with CODE", "\\!bc|" + CODE_SETTINGS_UPPERCASE,
"!bc", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("ICON with CODE", ICON_SETTINGS_UPPERCASE + "|" + CODE_SETTINGS_UPPERCASE,
"!ICON/SETTINGS_KEY", "!CODE/KEY_SETTINGS", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParser("SETTINGS AS MORE KEY", "!TEXT/SETTINGS_AS_MORE_KEY",
"!TEXT/SETTINGS_AS_MORE_KEY", "!TEXT/SETTINGS_AS_MORE_KEY", ICON_UNDEFINED,
CODE_OUTPUT_TEXT);
assertParser("ACTION NEXT AS MORE KEY", "!TEXT/LABEL_NEXT_KEY|!CODE/KEY_ACTION_NEXT",
"!TEXT/LABEL_NEXT_KEY", "!CODE/KEY_ACTION_NEXT", ICON_UNDEFINED,
CODE_OUTPUT_TEXT);
assertParser("POPULAR DOMAIN",
"!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN|!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN ",
"!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN", "!TEXT/KEYLABEL_FOR_POPULAR_DOMAIN ",
ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Empty label with CODE", "|" + CODE_SETTINGS_UPPERCASE,
null, null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Empty outputText with ICON", ICON_SETTINGS_UPPERCASE + "|",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParser("ICON without code", ICON_SETTINGS_UPPERCASE,
"!ICON/SETTINGS_KEY", "!ICON/SETTINGS_KEY", ICON_UNDEFINED, CODE_OUTPUT_TEXT);
assertParserError("Multiple bar with label and CODE", "a|" + CODE_SETTINGS_UPPERCASE + "|c",
"a", null, ICON_UNDEFINED, mCodeSettings);
assertParserError("Multiple bar with ICON and outputText", ICON_SETTINGS_UPPERCASE + "|b|c",
null, null, mSettingsIconId, CODE_UNSPECIFIED);
assertParserError("Multiple bar with ICON and CODE",
ICON_SETTINGS_UPPERCASE + "|" + CODE_SETTINGS_UPPERCASE + "|c",
null, null, mSettingsIconId, mCodeSettings);
}
private static void assertArrayEquals(final String message, final Object[] expected,
final Object[] actual) {
if (expected == actual) {