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/*******************************************************************************
* Copyright (c) 2003 IBM Corporation and others.
* All rights reserved. This program and the accompanying materials
* are made available under the terms of the Common Public License v0.5
* which accompanies this distribution, and is available at
* http://www.eclipse.org/legal/cpl-v05.html
*
* Contributors:
* IBM Corp. - Rational Software - initial implementation
******************************************************************************/
/*
* Created on Jul 23, 2003
*/
package org.eclipse.cdt.core.search.tests;
import java.util.Iterator;
import java.util.Set;
import java.util.TreeSet;
import org.eclipse.cdt.core.search.ICSearchPattern;
import org.eclipse.cdt.core.search.IMatch;
import org.eclipse.cdt.core.search.SearchEngine;
import org.eclipse.cdt.internal.core.CharOperation;
import org.eclipse.cdt.internal.core.search.matching.FieldDeclarationPattern;
import org.eclipse.cdt.internal.core.search.matching.NamespaceDeclarationPattern;
import org.eclipse.cdt.internal.core.search.matching.OrPattern;
/**
* @author aniefer
*
* To change the template for this generated type comment go to
* Window>Preferences>Java>Code Generation>Code and Comments
*/
public class OtherPatternTests extends BaseSearchTest {
/**
* @param name
*/
public OtherPatternTests(String name) {
super(name);
// TODO Auto-generated constructor stub
}
public void testNamespaceIndexPrefix(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "A::B::c", NAMESPACE, DECLARATIONS, true );
assertTrue( pattern instanceof NamespaceDeclarationPattern );
NamespaceDeclarationPattern nsPattern = (NamespaceDeclarationPattern)pattern;
assertEquals( CharOperation.compareWith( "namespaceDecl/c/B/A".toCharArray(), nsPattern.indexEntryPrefix() ), 0);
nsPattern = (NamespaceDeclarationPattern) SearchEngine.createSearchPattern( "::*::A::B::c", NAMESPACE, DECLARATIONS, true );
assertEquals( CharOperation.compareWith( "namespaceDecl/c/B/A/".toCharArray(), nsPattern.indexEntryPrefix() ), 0);
nsPattern = (NamespaceDeclarationPattern) SearchEngine.createSearchPattern( "::RT*::c", NAMESPACE, REFERENCES, true );
assertEquals( CharOperation.compareWith( "namespaceRef/c/RT".toCharArray(), nsPattern.indexEntryPrefix() ), 0);
nsPattern = (NamespaceDeclarationPattern) SearchEngine.createSearchPattern( "A::B::c", NAMESPACE, REFERENCES, false );
assertEquals( CharOperation.compareWith( "namespaceRef/".toCharArray(), nsPattern.indexEntryPrefix() ), 0);
}
public void testVariableIndexPrefix(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "c", VAR, DECLARATIONS, true );
assertTrue( pattern instanceof FieldDeclarationPattern );
FieldDeclarationPattern variablePattern = (FieldDeclarationPattern)pattern;
assertEquals( CharOperation.compareWith( "typeDecl/V/c".toCharArray(), variablePattern.indexEntryPrefix() ), 0);
variablePattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "rt*", VAR, DECLARATIONS, true );
assertEquals( CharOperation.compareWith( "typeDecl/V/rt".toCharArray(), variablePattern.indexEntryPrefix() ), 0);
variablePattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "Ac", VAR, REFERENCES, false );
assertEquals( CharOperation.compareWith( "typeRef/V/".toCharArray(), variablePattern.indexEntryPrefix() ), 0);
variablePattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "A?c", VAR, REFERENCES, true );
assertEquals( CharOperation.compareWith( "typeRef/V/A".toCharArray(), variablePattern.indexEntryPrefix() ), 0);
}
public void testFieldIndexPrefix(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "A::B::c", FIELD, DECLARATIONS, true );
assertTrue( pattern instanceof FieldDeclarationPattern );
FieldDeclarationPattern fieldPattern = (FieldDeclarationPattern)pattern;
assertEquals( CharOperation.compareWith( "fieldDecl/c/B/A".toCharArray(), fieldPattern.indexEntryPrefix() ), 0);
fieldPattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "::*::A::B::c", FIELD, DECLARATIONS, true );
assertEquals( CharOperation.compareWith( "fieldDecl/c/B/A/".toCharArray(), fieldPattern.indexEntryPrefix() ), 0);
fieldPattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "::RT*::c", FIELD, REFERENCES, true );
assertEquals( CharOperation.compareWith( "fieldRef/c/RT".toCharArray(), fieldPattern.indexEntryPrefix() ), 0);
fieldPattern = (FieldDeclarationPattern) SearchEngine.createSearchPattern( "A::B::c", FIELD, REFERENCES, false );
assertEquals( CharOperation.compareWith( "fieldRef/".toCharArray(), fieldPattern.indexEntryPrefix() ), 0);
}
public void testNamespaceDeclaration(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "NS*", NAMESPACE, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 3 );
}
public void testNamespaceReferenceInUsingDirective() {
ICSearchPattern pattern = SearchEngine.createSearchPattern( "::NS::NS2", NAMESPACE, REFERENCES, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 1 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getParentName().equals( "NS::B" ) );
}
public void testNamespaceReferenceInClassBaseClause(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "::NS", NAMESPACE, REFERENCES, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 2 );
TreeSet sorted = new TreeSet( matches );
Iterator iter = sorted.iterator();
IMatch match = (IMatch) iter.next();
assertTrue( match.getName().equals( "C" ) );
assertTrue( match.getParentName().equals( "NS3" ));
match = (IMatch) iter.next();
assertTrue( match.getName().equals( "NS_B" ) );
assertTrue( match.getParentName().equals( "" ));
}
public void testFieldDeclaration(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "a*Struct", FIELD, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 2 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getParentName().equals( "NS::B" ) );
}
public void testVariableDeclaration(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "b?", VAR, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 2 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getParentName().equals( "" ) );
}
public void testOrPattern(){
OrPattern orPattern = new OrPattern();
orPattern.addPattern( SearchEngine.createSearchPattern( "::NS::B::e", ENUM, REFERENCES, true ) );
orPattern.addPattern( SearchEngine.createSearchPattern( "Hea*", CLASS, DECLARATIONS, true ) );
search( workspace, orPattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 3 );
orPattern = new OrPattern();
orPattern.addPattern( SearchEngine.createSearchPattern( "b?", VAR, DECLARATIONS, true ) );
orPattern.addPattern( SearchEngine.createSearchPattern( "a*Struct", FIELD, DECLARATIONS, true ) );
orPattern.addPattern( SearchEngine.createSearchPattern( "::NS::NS2", NAMESPACE, REFERENCES, true ) );
orPattern.addPattern( SearchEngine.createSearchPattern( "A::B::f( A )", METHOD, DECLARATIONS, true ) );
search( workspace, orPattern, scope, resultCollector );
matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 6 );
}
public void testMacroPattern(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "FOO", MACRO, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 1 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getName().equals( "FOO" ) );
assertTrue( match.getParentName().equals( "" ));
}
public void testEnumerators(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "One", FIELD, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 1 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getName().equals( "One" ) );
assertTrue( match.getParentName().equals( "NS::B" ));
pattern = SearchEngine.createSearchPattern( "NS::B::Two", FIELD, DECLARATIONS, true );
search( workspace, pattern, scope, resultCollector );
matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 1 );
match = (IMatch) matches.iterator().next();
assertTrue( match.getName().equals( "Two" ) );
assertTrue( match.getParentName().equals( "NS::B" ) );
}
public void testEnumeratorReferences(){
ICSearchPattern pattern = SearchEngine.createSearchPattern( "One", FIELD, REFERENCES, true );
search( workspace, pattern, scope, resultCollector );
Set matches = resultCollector.getSearchResults();
assertEquals( matches.size(), 1 );
IMatch match = (IMatch) matches.iterator().next();
assertTrue( match.getName().equals( "eE" ) );
assertTrue( match.getParentName().equals( "NS3::C" ));
}
}
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