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/*******************************************************************************
* Copyright (c) 2015 IBM Corporation and others.
* All rights reserved. This program and the accompanying materials
* are made available under the terms of the Eclipse Public License v2.0
* which accompanies this distribution, and is available at
* https://www.eclipse.org/legal/epl-2.0/
*
* Contributors:
* IBM Corporation - initial API and implementation
*******************************************************************************/
package org.eclipse.wst.jsdt.core.tests.search;
import org.eclipse.wst.jsdt.core.compiler.CharOperation;
import org.eclipse.wst.jsdt.internal.compiler.classfmt.ClassFileConstants;
import org.eclipse.wst.jsdt.internal.core.search.indexing.IIndexConstants;
import org.eclipse.wst.jsdt.internal.core.search.matching.MethodPattern;
import junit.framework.TestCase;
/**
* <p>Tests for MethodPattern.</p>
*
* @see MethodPattern
*/
public class TestMethodPattern extends TestCase {
public void testCreateIndexKey_0() {
runCreateIndexKeyTest("myFunction/////", "myFunction".toCharArray(), null, null, null, null, 0);
}
public void testCreateIndexKey_1() {
runCreateIndexKeyTest("myFunction/////", "myFunction".toCharArray(), null, null, null, null, 0);
}
public void testCreateIndexKey_2() {
runCreateIndexKeyTest("myFunction///String//",
"myFunction".toCharArray(), null, null, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_3() {
runCreateIndexKeyTest("myFunction////foo.bar.Type/",
"myFunction".toCharArray(), null, null, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_4() {
runCreateIndexKeyTest("myFunction///String/foo.bar.Type/",
"myFunction".toCharArray(), null, null, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_5() {
runCreateIndexKeyTest("myFunction//param1,param2///",
"myFunction".toCharArray(), null, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_6() {
runCreateIndexKeyTest("myFunction//param1,param2/String//",
"myFunction".toCharArray(), null, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_7() {
runCreateIndexKeyTest("myFunction//param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), null, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_8() {
runCreateIndexKeyTest("myFunction//param1,param2/String/foo.bar.Type/",
"myFunction".toCharArray(), null, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_9() {
runCreateIndexKeyTest("myFunction/String,Number/param1,param2///",
"myFunction".toCharArray(), new char[][] { "String".toCharArray(), "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_10() {
runCreateIndexKeyTest("myFunction/String,Number/param1,param2/String//",
"myFunction".toCharArray(), new char[][] { "String".toCharArray(), "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_11() {
runCreateIndexKeyTest("myFunction/String,Number/param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { "String".toCharArray(), "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_12() {
runCreateIndexKeyTest("myFunction/String,Number/param1,param2/String/foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { "String".toCharArray(), "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_13() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2///",
"myFunction".toCharArray(), new char[][] { null, "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_14() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2/String//",
"myFunction".toCharArray(), new char[][] { null, "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_15() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { null, "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_16() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2/String/foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { null, "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_17() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2///",
"myFunction".toCharArray(), new char[][] { new char[0], "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_18() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2/String//",
"myFunction".toCharArray(), new char[][] { new char[0], "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_19() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { new char[0], "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_20() {
runCreateIndexKeyTest("myFunction/,Number/param1,param2/String/foo.bar.Type/",
"myFunction".toCharArray(), new char[][] { new char[0], "Number".toCharArray()}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_21() {
runCreateIndexKeyTest("myFunction/String,/param1,param2///",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), null}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_22() {
runCreateIndexKeyTest("myFunction/String,/param1,param2/String//",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), null}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_23() {
runCreateIndexKeyTest("myFunction/String,/param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), null}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_24() {
runCreateIndexKeyTest("myFunction/String,/param1,param2/String/foo.bar.Type/",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), null}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_25() {
runCreateIndexKeyTest("myFunction/String,/param1,param2///",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, null, 0);
}
public void testCreateIndexKey_26() {
runCreateIndexKeyTest("myFunction/String,/param1,param2/String//",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, null, "String".toCharArray(), 0);
}
public void testCreateIndexKey_27() {
runCreateIndexKeyTest("myFunction/String,/param1,param2//foo.bar.Type/",
"myFunction".toCharArray(), new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), null, ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_28() {
runCreateIndexKeyTest("myFunction/String,/param1,param2/String/foo.bar.Type/", "myFunction".toCharArray(), new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
}
public void testCreateIndexKey_29() {
char[] keyChars = MethodPattern.createIndexKey("".toCharArray(), new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
String key = null;
if(keyChars != null) {
key = new String(keyChars);
}
assertNull("If selector is empty the key should be null.\nWAS:\n" + key, key);
}
public void testCreateIndexKey_30() {
char[] keyChars = MethodPattern.createIndexKey(null, new char[][] {"String".toCharArray(), new char[0]}, new char[][] { "param1".toCharArray(), "param2".toCharArray()}, "foo.bar.Type".toCharArray(), "String".toCharArray(), ClassFileConstants.AccStatic);
String key = null;
if(keyChars != null) {
key = new String(keyChars);
}
assertNull("If selector is empty the key should be null.\nWAS:\n" + key, key);
}
public void testDecodeIndexKey_0() {
runDecodeIndexKeyTest("myFunction////", "myFunction", null, null, null,null, null, null, null, 0);
}
public void testDecodeIndexKey_2() {
runDecodeIndexKeyTest("myFunction///String/", "myFunction", null, null, null,null, "String", null, null, 0);
}
public void testDecodeIndexKey_3() {
runDecodeIndexKeyTest("myFunction////foo.bar.Type", "myFunction", null, null, null,null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_4() {
runDecodeIndexKeyTest("myFunction///String/foo.bar.Type", "myFunction", null, null, null,null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_5() {
runDecodeIndexKeyTest("myFunction//param1,param2//", "myFunction", new String[2], new String[2], new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_6() {
runDecodeIndexKeyTest("myFunction//param1,param2/String/", "myFunction", new String[2], new String[2], new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_7() {
runDecodeIndexKeyTest("myFunction//param1,param2//foo.bar.Type", "myFunction", new String[2], new String[2], new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_8() {
runDecodeIndexKeyTest("myFunction//param1,param2/String/foo.bar.Type", "myFunction", new String[2], new String[2], new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_9() {
runDecodeIndexKeyTest("myFunction/String,Number/param1,param2//", "myFunction", new String[]{null, null}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_10() {
runDecodeIndexKeyTest("myFunction/String,Number/param1,param2/String/", "myFunction", new String[]{null, null}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_11() {
runDecodeIndexKeyTest("myFunction/String,Number/param1,param2//foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_12() {
runDecodeIndexKeyTest("myFunction/String,Number/param1,param2/String/foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_13() {
runDecodeIndexKeyTest("myFunction/,Number/param1,param2//", "myFunction", new String[]{null, null}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_14() {
runDecodeIndexKeyTest("myFunction/,Number/param1,param2/String/", "myFunction", new String[]{null, null}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_15() {
runDecodeIndexKeyTest("myFunction/,Number/param1,param2//foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_16() {
runDecodeIndexKeyTest("myFunction/,Number/param1,param2/String/foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_17() {
runDecodeIndexKeyTest("myFunction/String,/param1,param2//", "myFunction", new String[]{null, null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_18() {
runDecodeIndexKeyTest("myFunction/String,/param1,param2/String/", "myFunction", new String[]{null, null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_19() {
runDecodeIndexKeyTest("myFunction/String,/param1,param2//foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_20() {
runDecodeIndexKeyTest("myFunction/String,/param1,param2/String/foo.bar.Type", "myFunction", new String[]{null, null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_21() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,neto.crazy.Number/param1,param2//", "myFunction", new String[]{"bar.foo", "neto.crazy"}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_22() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,neto.crazy.Number/param1,param2/String/", "myFunction", new String[]{"bar.foo", "neto.crazy"}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_23() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,neto.crazy.Number/param1,param2//foo.bar.Type", "myFunction", new String[]{"bar.foo", "neto.crazy"}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_24() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,neto.crazy.Number/param1,param2/String/foo.bar.Type", "myFunction", new String[]{"bar.foo", "neto.crazy"}, new String[]{"String", "Number"}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_25() {
runDecodeIndexKeyTest("myFunction/,neto.crazy.Number/param1,param2//", "myFunction", new String[]{null, "neto.crazy"}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_26() {
runDecodeIndexKeyTest("myFunction/,neto.crazy.Number/param1,param2/String/", "myFunction", new String[]{null, "neto.crazy"}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_27() {
runDecodeIndexKeyTest("myFunction/,neto.crazy.Number/param1,param2//foo.bar.Type", "myFunction", new String[]{null, "neto.crazy"}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_28() {
runDecodeIndexKeyTest("myFunction/,neto.crazy.Number/param1,param2/String/foo.bar.Type", "myFunction", new String[]{null, "neto.crazy"}, new String[]{null, "Number"}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_29() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,/param1,param2//", "myFunction", new String[]{"bar.foo", null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, null, null, null, 0);
}
public void testDecodeIndexKey_30() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,/param1,param2/String/", "myFunction", new String[]{"bar.foo", null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, "String", null, null, 0);
}
public void testDecodeIndexKey_31() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,/param1,param2//foo.bar.Type", "myFunction", new String[]{"bar.foo", null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, null, "foo.bar", "Type", 0);
}
public void testDecodeIndexKey_32() {
runDecodeIndexKeyTest("myFunction/bar.foo.String,/param1,param2/String/foo.bar.Type", "myFunction", new String[]{"bar.foo", null}, new String[]{"String", null}, new String[] {"param1", "param2"},null, "String", "foo.bar", "Type", 0);
}
/**
* <p>Runs the asserts for a single create index key test.</p>
*
* @param expected
* @param selector
* @param parameterCount
* @param parameterFullTypeNames
* @param parameterNames
* @param declaringFullTypeName
* @param returnFullTypeName
* @param modifiers
*/
private static void runCreateIndexKeyTest(String expected,
char[] selector,
char[][] parameterFullTypeNames,
char[][] parameterNames,
char[] declaringFullTypeName,
char[] returnFullTypeName,
int modifiers) {
char[] indexKey = MethodPattern.createIndexKey(selector, parameterFullTypeNames, parameterNames, declaringFullTypeName, returnFullTypeName, modifiers);
String expectedWithModifiers = expected + (char) modifiers + (char) (modifiers>>16);
assertNotNull("The created index key should not be null.\nEXPECTED:\n" + expectedWithModifiers, indexKey);
assertTrue("The expected index key does not match the generated index key.\nWAS:\n" + new String(indexKey) + "\nEXPECTED:\n" + expected,
CharOperation.equals(indexKey, expectedWithModifiers.toCharArray()));
}
/**
* <p>Runs a single decode index key test</p>
*
* @param key
* @param selector
* @param parameterCount
* @param parameterQualifications
* @param parameterSimpleNames
* @param parameterNames
* @param returnQualification
* @param returnSimpleName
* @param declaringQualification
* @param declaringSimpleName
* @param modifiers
*/
private static void runDecodeIndexKeyTest(String key,
String selector,
String[] parameterQualifications,
String[] parameterSimpleNames,
String[] parameterNames,
String returnQualification,
String returnSimpleName,
String declaringQualification,
String declaringSimpleName,
int modifiers) {
char[] keyWithModifiers = new char[key.length() + 3];
System.arraycopy(key.toCharArray(), 0, keyWithModifiers, 0, key.length());
keyWithModifiers[keyWithModifiers.length-3] = '/';
keyWithModifiers[keyWithModifiers.length-2] = (char) modifiers;
keyWithModifiers[keyWithModifiers.length-1] = (char) (modifiers>>16);
MethodPattern pattern = new MethodPattern(false, false, false, null, 0);
pattern = (MethodPattern)pattern.getBlankPattern();
pattern.decodeIndexKey(keyWithModifiers);
assertEquals("Expected selector does not equal decoded selector.", selector, pattern.selector);
assertEquals("Expected parameter qualifications does not equal decoded parameter qualifications.", parameterQualifications, pattern.parameterQualifications);
assertEquals("Expected parameter simple names does not equal decoded parameter simple names.", parameterSimpleNames, pattern.parameterSimpleNames);
assertEquals("Expected parameter names does not equal decoded parameter names.", parameterNames, pattern.parameterNames);
assertEquals("Expected return qualification does not equal decoded return wualification.", returnQualification, pattern.returnQualification);
assertEquals("Expected return simple name does not equal decoded return simple name.", returnSimpleName, pattern.returnSimpleName);
assertEquals("Expected declaring qualification does not equal decoded declaring qualification.", declaringQualification, pattern.getDeclaringQualification());
assertEquals("Expected declaring simple name does not equal decoded declaring simple name.", declaringSimpleName, pattern.getDeclaringSimpleName());
}
private static void assertEquals(String message, String expected, char[] chars) {
String actual = null;
if(chars != null) {
actual = new String(chars);
}
assertEquals(message, expected, actual);
}
private static void assertEquals(String message, String[] expected, char[][] actual) {
String actualColappsed = null;
if(actual != null) {
char[] actualColappsedChars = CharOperation.concatWith(actual, IIndexConstants.PARAMETER_SEPARATOR, false);
if(actualColappsedChars != null) {
actualColappsed = new String(actualColappsedChars);
}
}
String expectedColappsed = null;
if(expected != null) {
StringBuilder expectedColappsedBuilder = new StringBuilder();
for(int i = 0; i < expected.length; ++i) {
if(i > 0) {
expectedColappsedBuilder.append(',');
}
if(expected[i] != null) {
expectedColappsedBuilder.append(expected[i]);
}
}
expectedColappsed = expectedColappsedBuilder.toString();
}
assertEquals(message, expectedColappsed, actualColappsed);
}
}
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