/**
* Copyright (c) 2005-2013 by Appcelerator, Inc. All Rights Reserved.
* Licensed under the terms of the Eclipse Public License (EPL).
* Please see the license.txt included with this distribution for details.
* Any modifications to this file must keep this entire header intact.
*/
/*
* Created on Dec 12, 2006
* @author Fabio
*/
package com.python.pydev.refactoring.refactorer.refactorings.rename;
import java.io.File;
import java.util.HashSet;
import java.util.Map;
import org.python.pydev.parser.visitors.scope.ASTEntry;
import org.python.pydev.shared_core.structure.Tuple;
import com.python.pydev.refactoring.wizards.rename.PyRenameClassProcess;
public class RefactoringLocalToken extends RefactoringRenameTestBase {
public static void main(String[] args) {
try {
DEBUG_REFERENCES = false;
RefactoringLocalToken test = new RefactoringLocalToken();
test.setUp();
test.testRename2();
test.tearDown();
junit.textui.TestRunner.run(RefactoringLocalToken.class);
} catch (Throwable e) {
e.printStackTrace();
}
}
@Override
protected Class<PyRenameClassProcess> getProcessUnderTest() {
return PyRenameClassProcess.class;
}
public void testRename1() throws Exception {
Map<Tuple<String, File>, HashSet<ASTEntry>> references = getReferencesForRenameSimple(
"reflib.renameclass.renfoo", 0, 8);
assertEquals(""
+ "reflib.renameclass.accessdup\n"
+ " ASTEntry<RenFoo (Name L=3 C=7)>\n"
+ " Line: 2 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=23)>\n"
+ " Line: 0 from duprenfoo import RenFoo --> from duprenfoo import new_name\n"
+ "\n"
+ "reflib.renameclass.accessfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=11)>\n"
+ " Line: 4 #Comment: RenFoo --> #Comment: new_name\n"
+ " ASTEntry<RenFoo (Name L=6 C=9)>\n"
+ " Line: 5 'String:RenFoo' --> 'String:new_name'\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=20)>\n"
+ " Line: 0 from renfoo import RenFoo --> from renfoo import new_name\n"
+ "\n"
+ "reflib.renameclass.duprenfoo\n"
+ " ASTEntry<RenFoo (Name L=6 C=7)>\n"
+ " Line: 5 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=3 C=7)>\n"
+ " Line: 2 class RenFoo(object): --> class new_name(object):\n"
+ "\n"
+ "reflib.renameclass.renfoo\n"
+ " ASTEntry<RenFoo (ClassDef L=1 C=1)>\n"
+ " Line: 0 class RenFoo(object): --> class new_name(object):\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=6 C=11)>\n"
+ " Line: 5 #comment: RenFoo must be renamed --> #comment: new_name must be renamed\n"
+ " ASTEntry<RenFoo (Name L=7 C=10)>\n"
+ " Line: 6 'string: RenFoo must be renamed' --> 'string: new_name must be renamed'\n"
+ "\n"
+ "reflib.renamefunction.accessdup\n"
+ " ASTEntry<RenFoo (Name L=3 C=7)>\n"
+ " Line: 2 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=23)>\n"
+ " Line: 0 from duprenfoo import RenFoo --> from duprenfoo import new_name\n"
+ "\n"
+ "reflib.renamefunction.accessfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=17)>\n"
+ " Line: 4 #comment access RenFoo --> #comment access new_name\n"
+ " ASTEntry<RenFoo (Name L=7 C=5)>\n"
+ " Line: 6 RenFoo access --> new_name access\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=20)>\n"
+ " Line: 0 from renfoo import RenFoo --> from renfoo import new_name\n"
+ "\n"
+ "reflib.renamefunction.duprenfoo\n"
+ " ASTEntry<RenFoo (Name L=6 C=7)>\n"
+ " Line: 5 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=3 C=5)>\n"
+ " Line: 2 def RenFoo(a): --> def new_name(a):\n"
+ "\n"
+ "reflib.renamefunction.renfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=14)>\n"
+ " Line: 4 'String with RenFoo' --> 'String with new_name'\n"
+ " ASTEntry<RenFoo (Name L=6 C=15)>\n"
+ " Line: 5 #comment with RenFoo --> #comment with new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=5)>\n"
+ " Line: 0 def RenFoo(): --> def new_name():\n"
+ "\n"
+ "", asStr(references));
// assertTrue(references.containsKey("reflib.renameclass.renfoo") == false); //the current module does not have a separated key here
// assertTrue(references.containsKey(CURRENT_MODULE_IN_REFERENCES)); //the current module must also be there
//
// assertTrue(references.containsKey("reflib.renameclass.__init__") == false);
//
// //the modules with a duplicate definition here should not be in the results.
// assertTrue(references.containsKey("reflib.renameclass.accessdup"));
// assertTrue(references.containsKey("reflib.renameclass.duprenfoo"));
}
public void testRename2() throws Exception {
Map<Tuple<String, File>, HashSet<ASTEntry>> references = getReferencesForRenameSimple(
"reflib.renameclass.accessfoo", 0, 22);
assertEquals(""
+ "reflib.renameclass.accessdup\n"
+ " ASTEntry<RenFoo (Name L=3 C=7)>\n"
+ " Line: 2 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=23)>\n"
+ " Line: 0 from duprenfoo import RenFoo --> from duprenfoo import new_name\n"
+ "\n"
+ "reflib.renameclass.accessfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=11)>\n"
+ " Line: 4 #Comment: RenFoo --> #Comment: new_name\n"
+ " ASTEntry<RenFoo (Name L=6 C=9)>\n"
+ " Line: 5 'String:RenFoo' --> 'String:new_name'\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=20)>\n"
+ " Line: 0 from renfoo import RenFoo --> from renfoo import new_name\n"
+ "\n"
+ "reflib.renameclass.duprenfoo\n"
+ " ASTEntry<RenFoo (Name L=6 C=7)>\n"
+ " Line: 5 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=3 C=7)>\n"
+ " Line: 2 class RenFoo(object): --> class new_name(object):\n"
+ "\n"
+ "reflib.renameclass.renfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=6 C=11)>\n"
+ " Line: 5 #comment: RenFoo must be renamed --> #comment: new_name must be renamed\n"
+ " ASTEntry<RenFoo (Name L=7 C=10)>\n"
+ " Line: 6 'string: RenFoo must be renamed' --> 'string: new_name must be renamed'\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=7)>\n"
+ " Line: 0 class RenFoo(object): --> class new_name(object):\n"
+ "\n"
+ "reflib.renamefunction.accessdup\n"
+ " ASTEntry<RenFoo (Name L=3 C=7)>\n"
+ " Line: 2 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=23)>\n"
+ " Line: 0 from duprenfoo import RenFoo --> from duprenfoo import new_name\n"
+ "\n"
+ "reflib.renamefunction.accessfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=17)>\n"
+ " Line: 4 #comment access RenFoo --> #comment access new_name\n"
+ " ASTEntry<RenFoo (Name L=7 C=5)>\n"
+ " Line: 6 RenFoo access --> new_name access\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=20)>\n"
+ " Line: 0 from renfoo import RenFoo --> from renfoo import new_name\n"
+ "\n"
+ "reflib.renamefunction.duprenfoo\n"
+ " ASTEntry<RenFoo (Name L=6 C=7)>\n"
+ " Line: 5 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (NameTok L=3 C=5)>\n"
+ " Line: 2 def RenFoo(a): --> def new_name(a):\n"
+ "\n"
+ "reflib.renamefunction.renfoo\n"
+ " ASTEntry<RenFoo (Name L=4 C=7)>\n"
+ " Line: 3 print RenFoo --> print new_name\n"
+ " ASTEntry<RenFoo (Name L=5 C=14)>\n"
+ " Line: 4 'String with RenFoo' --> 'String with new_name'\n"
+ " ASTEntry<RenFoo (Name L=6 C=15)>\n"
+ " Line: 5 #comment with RenFoo --> #comment with new_name\n"
+ " ASTEntry<RenFoo (NameTok L=1 C=5)>\n"
+ " Line: 0 def RenFoo(): --> def new_name():\n"
+ "\n"
+ "", asStr(references));
// assertTrue(references.containsKey("reflib.renameclass.accessfoo") == false); //the current module does not have a separated key here
// assertTrue(references.containsKey(CURRENT_MODULE_IN_REFERENCES)); //the current module must also be there
// assertContains(references, "reflib.renameclass.renfoo"); //the module where it is actually defined
}
}