/*
* Name: DirectiveParserTest
* Author: Richard Rodger
* Release: 0.3
*
* Copyright (c) 2002 Richard Rodger
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published
* by the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*
*/
// package
package org.jostraca.directive.test;
/* Import << */
import org.jostraca.directive.DirectiveParser;
import org.jostraca.directive.DirectiveException;
import org.jostraca.util.StandardException;
import junit.framework.TestCase;
import junit.framework.TestSuite;
import junit.textui.TestRunner;
import java.util.Vector;
import java.util.Hashtable;
/* Import >> */
/** <b>Description:</b><br>
* Test cases for Pair.
*/
public class DirectiveParserTest extends TestCase {
// Test Framework
public DirectiveParserTest( String pName ) {
super( pName );
}
public static TestSuite suite() {
return new TestSuite( DirectiveParserTest.class );
}
public static void main( String[] pArgs ) {
TestRunner.run( suite() );
}
// tests
public void testParse() throws Exception {
DirectiveParser dp = new DirectiveParser();
Vector unamednames = new Vector();
unamednames.addElement( "arg1" );
unamednames.addElement( "arg2" );
Hashtable nameddefaults = new Hashtable();
nameddefaults.put( "arg1", "v1" );
nameddefaults.put( "arg2", "v2" );
Hashtable ca;
dp.parse( " @blah arg1=\"a 'x' \\\" \\\\ \\\" \" " );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "a 'x' \" \\ \" " ); ca.put( "arg2", "v2" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( " @blah arg1='a \"x\" \\' \\\\ \\'' " );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "a \"x\" ' \\ '" ); ca.put( "arg2", "v2" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( "@ blah un arg2=ns arg2= 02 " );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "un" ); ca.put( "arg2", "02" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( " un arg2=ns arg2= 02 " );
//System.out.println( dp );
assertEquals( "", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "un" ); ca.put( "arg2", "02" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( " @ blah 'u n 01' un02 arg2=' 02 '" );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "u n 01" ); ca.put( "arg2", " 02 " );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( " 'u n 01' un02 arg2=' 02 '" );
//System.out.println( dp );
assertEquals( "", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "u n 01" ); ca.put( "arg2", " 02 " );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( "@blah not_an_id not_an_arg()=all_the_one " );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "not_an_id" ); ca.put( "arg2", "not_an_arg()=all_the_one" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( "@blah @not_a_dname ignored_arg=all_the_one arg2=@av2" );
//System.out.println( dp );
assertEquals( "blah", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "@not_a_dname" ); ca.put( "arg2", "@av2" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
// for argvalue with trailing =, you must quote
dp.parse( "@foo-bar_ =av1 arg2='av2='" );
//System.out.println( dp );
assertEquals( "foo-bar_", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "=av1" ); ca.put( "arg2", "av2=" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( "@foo-bar_ =av1 arg2='av2='" );
//System.out.println( dp );
assertEquals( "foo-bar_", dp.getName() );
ca = new Hashtable(); ca.put( "arg1", "=av1" ); ca.put( "arg2", "av2=" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
dp.parse( "@foo/bar un/01 /un02/ " );
//System.out.println( dp );
assertEquals( "foo", dp.getName() );
assertEquals( "foo/bar", dp.getFullName() );
assertEquals( "foo", dp.getNameElements()[0] );
assertEquals( "bar", dp.getNameElements()[1] );
ca = new Hashtable(); ca.put( "arg1", "un/01" ); ca.put( "arg2", "/un02/" );
assertEquals( ca.get("arg1"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg1" ) );
assertEquals( ca.get("arg2"), dp.getCanonicalArgs( unamednames, nameddefaults ).get( "arg2" ) );
}
public void testSyntaxErrors() throws Exception {
DirectiveParser dp = new DirectiveParser();
try {
dp.parse( " 'a\\a' " );
}
catch( DirectiveException de ) {
assertEquals( DirectiveException.CODE_parse, de.getCode() );
assertEquals( StandardException.Code.CAT_user, de.getCat() );
//System.out.println( de );
}
}
}