/*
* ID3V2Test.java
*
* Created on 1-Jan-2004
*
* Copyright (C)2004,2005 Paul Grebenc
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library 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
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
* $Id: ID3V2Test.java,v 1.28 2005/12/10 05:32:57 paul Exp $
*/
package org.blinkenlights.jid3.test;
import java.io.*;
import java.util.*;
import junit.framework.TestCase;
import org.blinkenlights.jid3.*;
import org.blinkenlights.jid3.crypt.*;
import org.blinkenlights.jid3.io.*;
import org.blinkenlights.jid3.util.*;
import org.blinkenlights.jid3.v2.*;
/**
* @author paul
*
* Run tests on V2.3.0 support.
*/
public class ID3V2Test extends TestCase
{
/**
* Constructor for ID3V2Test.
* @param arg0
*/
public ID3V2Test(String arg0)
{
super(arg0);
}
public static void main(String[] args)
{
junit.swingui.TestRunner.run(ID3V2Test.class);
}
/*
* @see TestCase#setUp()
*/
protected void setUp() throws Exception
{
// all expected results of tests assume no padding
try
{
ID3V2Tag.setDefaultPaddingLength(0);
}
catch (ID3Exception e) {}
super.setUp();
}
/*
* @see TestCase#tearDown()
*/
protected void tearDown() throws Exception
{
super.tearDown();
}
public void testReadV2_3_0Tag()
{
try
{
File oSourceFile = new File(AllTests.s_RootPath + "v2_3_0tags.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
ID3Tag[] aoID3Tag = oMediaFile.getTags();
System.out.println("\n*** v2_3_0tags.mp3 tag:");
ID3Util.printTags(aoID3Tag);
if (aoID3Tag.length != 1)
{
fail("There should be exactly one set of tags in this file.");
}
if ( ! (aoID3Tag[0] instanceof ID3V2_3_0Tag) )
{
fail("Expected ID3V2_3_0Tag.");
}
else
{
ID3V2Tag oID3V2Tag = (ID3V2Tag)aoID3Tag[0];
int iPaddingLength = oID3V2Tag.getPaddingLength();
if (iPaddingLength == 133)
{
System.out.println("Padding length: " + oID3V2Tag.getPaddingLength());
}
else
{
fail("Padding length is 133, not " + iPaddingLength + ".");
}
}
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
/* public void testWriteV2_3_0Tag()
{
try
{
// get a copy of an unmodified file to edit
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_testresult.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_testresult.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TALBTextInformationID3V2Frame oTALB = new TALBTextInformationID3V2Frame("Album");
//oTALB.setCompressionFlag(true);
oID3V2_3_0Tag.setFrame(oTALB);
//oID3V2_3_0Tag.setAlbum("Album");
TPE1TextInformationID3V2Frame oTPE1 = new TPE1TextInformationID3V2Frame("Artist");
oID3V2_3_0Tag.setFrame(oTPE1);
//oID3V2_3_0Tag.removeFrame(TPE1TextInformationID3V2Frame.class);
oID3V2_3_0Tag.setPaddingLength(8);
System.out.println(oID3V2_3_0Tag.toString());
oMediaFile.setID3Tag(oID3V2_3_0Tag);
oMediaFile.sync();
// check against expected result
ID3Util.compare(AllTests.s_RootPath + "v2_3_0tags.mp3", AllTests.s_RootPath + "id3_v2_3_0_testresult.mp3");
}
catch (Exception e)
{
fail(e.toString());
}
}*/
private void runTagVerifyTest(ID3V2_3_0Tag oID3V2_3_0Tag, String sExpectedPrefix)
{
try
{
// get a copy of an unmodified file to edit
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
oMediaFile.setID3Tag(oID3V2_3_0Tag);
oMediaFile.sync();
// check against expected result
byte[] abyPrefix = ID3Util.convertFrhedToByteArray(sExpectedPrefix);
ID3Util.compareFilePrefix(oSourceFile, abyPrefix);
// test our ability to read back the file
ID3Tag[] aoID3Tag = oMediaFile.getTags();
if (aoID3Tag.length != 1)
{
fail("There should be exactly one set of tags in this file.");
}
if ( ! (aoID3Tag[0] instanceof ID3V2_3_0Tag) )
{
fail("Expected ID3V2_3_0Tag.");
}
else
{
ID3V2_3_0Tag oReadID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
// AENC
AENCID3V2Frame[] aoAENCID3V2Frame1 = oID3V2_3_0Tag.getAENCFrames();
AENCID3V2Frame[] aoAENCID3V2Frame2 = oReadID3V2_3_0Tag.getAENCFrames();
if (aoAENCID3V2Frame1.length != aoAENCID3V2Frame2.length)
{
fail(aoAENCID3V2Frame1.length + " AENC frame(s) written, " + aoAENCID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoAENCID3V2Frame1.length; i++)
{
if ( ! aoAENCID3V2Frame1[i].equals(aoAENCID3V2Frame2[i]))
{
fail("Tags do not match: " + aoAENCID3V2Frame1[i].toString() + " and " + aoAENCID3V2Frame2[i].toString() + ".");
}
}
// APIC
APICID3V2Frame[] aoAPICID3V2Frame1 = oID3V2_3_0Tag.getAPICFrames();
APICID3V2Frame[] aoAPICID3V2Frame2 = oReadID3V2_3_0Tag.getAPICFrames();
if (aoAPICID3V2Frame1.length != aoAPICID3V2Frame2.length)
{
fail(aoAPICID3V2Frame1.length + " APIC frame(s) written, " + aoAPICID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoAPICID3V2Frame1.length; i++)
{
if ( ! aoAPICID3V2Frame1[i].equals(aoAPICID3V2Frame2[i]))
{
fail("Tags do not match: " + aoAPICID3V2Frame1[i].toString() + " and " + aoAPICID3V2Frame2[i].toString() + ".");
}
}
// COMM
COMMID3V2Frame[] aoCOMMID3V2Frame1 = oID3V2_3_0Tag.getCOMMFrames();
COMMID3V2Frame[] aoCOMMID3V2Frame2 = oReadID3V2_3_0Tag.getCOMMFrames();
if (aoCOMMID3V2Frame1.length != aoCOMMID3V2Frame2.length)
{
fail(aoCOMMID3V2Frame1.length + " COMM frame(s) written, " + aoCOMMID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoCOMMID3V2Frame1.length; i++)
{
if ( ! aoCOMMID3V2Frame1[i].equals(aoCOMMID3V2Frame2[i]))
{
fail("Tags do not match: " + aoCOMMID3V2Frame1[i].toString() + " and " + aoCOMMID3V2Frame2[i].toString() + ".");
}
}
// ENCR
ENCRID3V2Frame[] aoENCRID3V2Frame1 = oID3V2_3_0Tag.getENCRFrames();
ENCRID3V2Frame[] aoENCRID3V2Frame2 = oReadID3V2_3_0Tag.getENCRFrames();
if (aoENCRID3V2Frame1.length != aoENCRID3V2Frame2.length)
{
fail(aoENCRID3V2Frame1.length + " ENCR frame(s) written, " + aoENCRID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoENCRID3V2Frame1.length; i++)
{
if ( ! aoENCRID3V2Frame1[i].equals(aoENCRID3V2Frame2[i]))
{
fail("Tags do not match: " + aoENCRID3V2Frame1[i].toString() + " and " + aoENCRID3V2Frame2[i].toString() + ".");
}
}
// GEOB
GEOBID3V2Frame[] aoGEOBID3V2Frame1 = oID3V2_3_0Tag.getGEOBFrames();
GEOBID3V2Frame[] aoGEOBID3V2Frame2 = oReadID3V2_3_0Tag.getGEOBFrames();
if (aoGEOBID3V2Frame1.length != aoGEOBID3V2Frame2.length)
{
fail(aoGEOBID3V2Frame1.length + " GEOB frame(s) written, " + aoGEOBID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoGEOBID3V2Frame1.length; i++)
{
if ( ! aoGEOBID3V2Frame1[i].equals(aoGEOBID3V2Frame2[i]))
{
fail("Tags do not match: " + aoGEOBID3V2Frame1[i].toString() + " and " + aoGEOBID3V2Frame2[i].toString() + ".");
}
}
// GRID
GRIDID3V2Frame[] aoGRIDID3V2Frame1 = oID3V2_3_0Tag.getGRIDFrames();
GRIDID3V2Frame[] aoGRIDID3V2Frame2 = oReadID3V2_3_0Tag.getGRIDFrames();
if (aoGRIDID3V2Frame1.length != aoGRIDID3V2Frame2.length)
{
fail(aoGRIDID3V2Frame1.length + " GRID frame(s) written, " + aoGRIDID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoGRIDID3V2Frame1.length; i++)
{
if ( ! aoGRIDID3V2Frame1[i].equals(aoGRIDID3V2Frame2[i]))
{
fail("Tags do not match: " + aoGRIDID3V2Frame1[i].toString() + " and " + aoGRIDID3V2Frame2[i].toString() + ".");
}
}
// LINK
LINKID3V2Frame[] aoLINKID3V2Frame1 = oID3V2_3_0Tag.getLINKFrames();
LINKID3V2Frame[] aoLINKID3V2Frame2 = oReadID3V2_3_0Tag.getLINKFrames();
if (aoLINKID3V2Frame1.length != aoLINKID3V2Frame2.length)
{
fail(aoLINKID3V2Frame1.length + " LINK frame(s) written, " + aoLINKID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoLINKID3V2Frame1.length; i++)
{
if ( ! aoLINKID3V2Frame1[i].equals(aoLINKID3V2Frame2[i]))
{
fail("Tags do not match: " + aoLINKID3V2Frame1[i].toString() + " and " + aoLINKID3V2Frame2[i].toString() + ".");
}
}
// PRIV
PRIVID3V2Frame[] aoPRIVID3V2Frame1 = oID3V2_3_0Tag.getPRIVFrames();
PRIVID3V2Frame[] aoPRIVID3V2Frame2 = oReadID3V2_3_0Tag.getPRIVFrames();
if (aoPRIVID3V2Frame1.length != aoPRIVID3V2Frame2.length)
{
fail(aoPRIVID3V2Frame1.length + " PRIV frame(s) written, " + aoPRIVID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoPRIVID3V2Frame1.length; i++)
{
if ( ! aoPRIVID3V2Frame1[i].equals(aoPRIVID3V2Frame2[i]))
{
fail("Tags do not match: " + aoPRIVID3V2Frame1[i].toString() + " and " + aoPRIVID3V2Frame2[i].toString() + ".");
}
}
// POPM
POPMID3V2Frame[] aoPOPMID3V2Frame1 = oID3V2_3_0Tag.getPOPMFrames();
POPMID3V2Frame[] aoPOPMID3V2Frame2 = oReadID3V2_3_0Tag.getPOPMFrames();
if (aoPOPMID3V2Frame1.length != aoPOPMID3V2Frame2.length)
{
fail(aoPOPMID3V2Frame1.length + " POPM frame(s) written, " + aoPOPMID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoPOPMID3V2Frame1.length; i++)
{
if ( ! aoPOPMID3V2Frame1[i].equals(aoPOPMID3V2Frame2[i]))
{
fail("Tags do not match: " + aoPOPMID3V2Frame1[i].toString() + " and " + aoPOPMID3V2Frame2[i].toString() + ".");
}
}
// SYLT
SYLTID3V2Frame[] aoSYLTID3V2Frame1 = oID3V2_3_0Tag.getSYLTFrames();
SYLTID3V2Frame[] aoSYLTID3V2Frame2 = oReadID3V2_3_0Tag.getSYLTFrames();
if (aoSYLTID3V2Frame1.length != aoSYLTID3V2Frame2.length)
{
fail(aoSYLTID3V2Frame1.length + " SYLT frame(s) written, " + aoSYLTID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoSYLTID3V2Frame1.length; i++)
{
if ( ! aoSYLTID3V2Frame1[i].equals(aoSYLTID3V2Frame2[i]))
{
fail("Tags do not match: " + aoSYLTID3V2Frame1[i].toString() + " and " + aoSYLTID3V2Frame2[i].toString() + ".");
}
}
// TXXX
TXXXTextInformationID3V2Frame[] aoTXXXID3V2Frame1 = oID3V2_3_0Tag.getTXXXTextInformationFrames();
TXXXTextInformationID3V2Frame[] aoTXXXID3V2Frame2 = oReadID3V2_3_0Tag.getTXXXTextInformationFrames();
if (aoTXXXID3V2Frame1.length != aoTXXXID3V2Frame2.length)
{
fail(aoTXXXID3V2Frame1.length + " TXXX frame(s) written, " + aoTXXXID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoTXXXID3V2Frame1.length; i++)
{
if ( ! aoTXXXID3V2Frame1[i].equals(aoTXXXID3V2Frame2[i]))
{
fail("Tags do not match: " + aoTXXXID3V2Frame1[i].toString() + " and " + aoTXXXID3V2Frame2[i].toString() + ".");
}
}
// UFID
UFIDID3V2Frame[] aoUFIDID3V2Frame1 = oID3V2_3_0Tag.getUFIDFrames();
UFIDID3V2Frame[] aoUFIDID3V2Frame2 = oReadID3V2_3_0Tag.getUFIDFrames();
if (aoUFIDID3V2Frame1.length != aoUFIDID3V2Frame2.length)
{
fail(aoUFIDID3V2Frame1.length + " UFID frame(s) written, " + aoUFIDID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoUFIDID3V2Frame1.length; i++)
{
if ( ! aoUFIDID3V2Frame1[i].equals(aoUFIDID3V2Frame2[i]))
{
fail("Tags do not match: " + aoUFIDID3V2Frame1[i].toString() + " and " + aoUFIDID3V2Frame2[i].toString() + ".");
}
}
// USLT
USLTID3V2Frame[] aoUSLTID3V2Frame1 = oID3V2_3_0Tag.getUSLTFrames();
USLTID3V2Frame[] aoUSLTID3V2Frame2 = oReadID3V2_3_0Tag.getUSLTFrames();
if (aoUSLTID3V2Frame1.length != aoUSLTID3V2Frame2.length)
{
fail(aoUSLTID3V2Frame1.length + " USLT frame(s) written, " + aoUSLTID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoUSLTID3V2Frame1.length; i++)
{
if ( ! aoUSLTID3V2Frame1[i].equals(aoUSLTID3V2Frame2[i]))
{
fail("Tags do not match: " + aoUSLTID3V2Frame1[i].toString() + " and " + aoUSLTID3V2Frame2[i].toString() + ".");
}
}
// WCOM
WCOMUrlLinkID3V2Frame[] aoWCOMUrlLinkID3V2Frame1 = oID3V2_3_0Tag.getWCOMUrlLinkFrames();
WCOMUrlLinkID3V2Frame[] aoWCOMUrlLinkID3V2Frame2 = oReadID3V2_3_0Tag.getWCOMUrlLinkFrames();
if (aoWCOMUrlLinkID3V2Frame1.length != aoWCOMUrlLinkID3V2Frame2.length)
{
fail(aoWCOMUrlLinkID3V2Frame1.length + " WCOM frame(s) written, " + aoWCOMUrlLinkID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoWCOMUrlLinkID3V2Frame1.length; i++)
{
if ( ! aoWCOMUrlLinkID3V2Frame1[i].equals(aoWCOMUrlLinkID3V2Frame2[i]))
{
fail("Tags do not match: " + aoWCOMUrlLinkID3V2Frame1[i].toString() + " and " + aoWCOMUrlLinkID3V2Frame2[i].toString() + ".");
}
}
// WOAR
WOARUrlLinkID3V2Frame[] aoWOARUrlLinkID3V2Frame1 = oID3V2_3_0Tag.getWOARUrlLinkFrames();
WOARUrlLinkID3V2Frame[] aoWOARUrlLinkID3V2Frame2 = oReadID3V2_3_0Tag.getWOARUrlLinkFrames();
if (aoWOARUrlLinkID3V2Frame1.length != aoWOARUrlLinkID3V2Frame2.length)
{
fail(aoWOARUrlLinkID3V2Frame1.length + " WOAR frame(s) written, " + aoWOARUrlLinkID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoWOARUrlLinkID3V2Frame1.length; i++)
{
if ( ! aoWOARUrlLinkID3V2Frame1[i].equals(aoWOARUrlLinkID3V2Frame2[i]))
{
fail("Tags do not match: " + aoWOARUrlLinkID3V2Frame1[i].toString() + " and " + aoWOARUrlLinkID3V2Frame2[i].toString() + ".");
}
}
// WXXX
WXXXUrlLinkID3V2Frame[] aoWXXXUrlLinkID3V2Frame1 = oID3V2_3_0Tag.getWXXXUrlLinkFrames();
WXXXUrlLinkID3V2Frame[] aoWXXXUrlLinkID3V2Frame2 = oReadID3V2_3_0Tag.getWXXXUrlLinkFrames();
if (aoWXXXUrlLinkID3V2Frame1.length != aoWXXXUrlLinkID3V2Frame2.length)
{
fail(aoWXXXUrlLinkID3V2Frame1.length + " WXXX frame(s) written, " + aoWXXXUrlLinkID3V2Frame2.length + " frame(s) read.");
}
for (int i=0; i < aoWXXXUrlLinkID3V2Frame1.length; i++)
{
if ( ! aoWXXXUrlLinkID3V2Frame1[i].equals(aoWXXXUrlLinkID3V2Frame2[i]))
{
fail("Tags do not match: " + aoWXXXUrlLinkID3V2Frame1[i].toString() + " and " + aoWXXXUrlLinkID3V2Frame2[i].toString() + ".");
}
}
// all single frames mapped from frame id
ID3V2Frame[] aoID3V2Frame1 = oID3V2_3_0Tag.getSingleFrames();
ID3V2Frame[] aoID3V2Frame2 = oReadID3V2_3_0Tag.getSingleFrames();
Set oTagFrameSet1 = new HashSet();
for (int i=0; i < aoID3V2Frame1.length; i++)
{
oTagFrameSet1.add(aoID3V2Frame1[i].getClass().getName());
}
Set oTagFrameSet2 = new HashSet();
for (int i=0; i < aoID3V2Frame2.length; i++)
{
oTagFrameSet2.add(aoID3V2Frame2[i].getClass().getName());
}
if ((aoID3V2Frame1.length != aoID3V2Frame2.length) || ( ! oTagFrameSet1.equals(oTagFrameSet2)))
{
StringBuffer sbFail = new StringBuffer();
sbFail.append("Single frames written (");
for (int i=0; i < aoID3V2Frame1.length; i++)
{
sbFail.append(new String(aoID3V2Frame1[i].getClass().getName()) + ",");
}
if (aoID3V2Frame1.length > 0)
{
sbFail = (StringBuffer)sbFail.deleteCharAt(sbFail.length() - 1); // remove last comma
}
sbFail.append("), single frames read (");
for (int i=0; i < aoID3V2Frame2.length; i++)
{
sbFail.append(new String(aoID3V2Frame2[i].getClass().getName()) + ",");
}
if (aoID3V2Frame2.length > 0)
{
sbFail = (StringBuffer)sbFail.deleteCharAt(sbFail.length() - 1); // remove last comma
}
sbFail.append(")");
fail(sbFail.toString());
}
for (int i=0; i < aoID3V2Frame1.length; i++)
{
if ( ! aoID3V2Frame1[i].equals(aoID3V2Frame2[i]))
{
fail("Tags do not match: " + aoID3V2Frame1[i].toString() + " and " + aoID3V2Frame2[i].toString() + ".");
}
}
}
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTALBFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TALBTextInformationID3V2Frame oTALB = new TALBTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTALBTextInformationFrame(oTALB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TALB<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TALBTextInformationID3V2Frame oTALB = new TALBTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oTALB.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setTALBTextInformationFrame(oTALB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>ATALB<bh:00><bh:00><bh:00>7<bh:00><bh:00><bh:01><bh:ff><bh:fe>a<bh:00>b<bh:00>c<bh:00>d<bh:00>e<bh:00>f<bh:00>g<bh:00>h<bh:00>i<bh:00>j<bh:00>k<bh:00>l<bh:00>m<bh:00>n<bh:00>o<bh:00>p<bh:00>q<bh:00>r<bh:00>s<bh:00>t<bh:00>u<bh:00>v<bh:00>w<bh:00>x<bh:00>y<bh:00>z<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testTBPMFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TBPMTextInformationID3V2Frame oTBPM = new TBPMTextInformationID3V2Frame(123456789);
oID3V2_3_0Tag.setTBPMTextInformationFrame(oTBPM);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:14>TBPM<bh:00><bh:00><bh:00><bh:0a><bh:00><bh:00><bh:00>123456789";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTCOMFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TCOMTextInformationID3V2Frame oTCOM = new TCOMTextInformationID3V2Frame("abcdefg/hijklmnopq/rstuvwxyz");
oID3V2_3_0Tag.setTCOMTextInformationFrame(oTCOM);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'TCOM<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>abcdefg/hijklmnopq/rstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTCONFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
ContentType oContentType = new ContentType();
oContentType.setGenre(ContentType.Genre.Blues);
oContentType.setGenre(ContentType.Genre.Rock);
oContentType.setIsCover(true);
oContentType.setIsRemix(true);
oContentType.setRefinement("refinement");
TCONTextInformationID3V2Frame oTCON = new TCONTextInformationID3V2Frame(oContentType);
oID3V2_3_0Tag.setTCONTextInformationFrame(oTCON);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>$TCON<bh:00><bh:00><bh:00><bh:1a><bh:00><bh:00><bh:00>(0)(17)(CR)(RX)refinement";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTCOPFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TCOPTextInformationID3V2Frame oTCOP = new TCOPTextInformationID3V2Frame(1234, "abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTCOPTextInformationFrame(oTCOP);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>*TCOP<bh:00><bh:00><bh:00> <bh:00><bh:00><bh:00>1234 abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTDATFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TDATTextInformationID3V2Frame oTDAT = new TDATTextInformationID3V2Frame(25, 12);
oID3V2_3_0Tag.setTDATTextInformationFrame(oTDAT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>TDAT<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>2512";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTDLYFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TDLYTextInformationID3V2Frame oTDLY = new TDLYTextInformationID3V2Frame(12345);
oID3V2_3_0Tag.setTDLYTextInformationFrame(oTDLY);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:10>TDLY<bh:00><bh:00><bh:00><bh:06><bh:00><bh:00><bh:00>12345";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTENCFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TENCTextInformationID3V2Frame oTENC = new TENCTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTENCTextInformationFrame(oTENC);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TENC<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTEXTFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TEXTTextInformationID3V2Frame oTEXT = new TEXTTextInformationID3V2Frame("abcdefg/hijklmnopq/rstuvwxyz");
oID3V2_3_0Tag.setTEXTTextInformationFrame(oTEXT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'TEXT<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>abcdefg/hijklmnopq/rstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTFLTFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TFLTTextInformationID3V2Frame oTFLT = new TFLTTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTFLTTextInformationFrame(oTFLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TFLT<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTIMEFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TIMETextInformationID3V2Frame oTIME = new TIMETextInformationID3V2Frame(8, 5);
oID3V2_3_0Tag.setTIMETextInformationFrame(oTIME);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>TIME<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>0805";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TIMETextInformationID3V2Frame oTIME = new TIMETextInformationID3V2Frame(8, 5);
oTIME.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setTIMETextInformationFrame(oTIME);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:15>TIME<bh:00><bh:00><bh:00><bh:0b><bh:00><bh:00><bh:01><bh:ff><bh:fe>0<bh:00>8<bh:00>0<bh:00>5<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testTIT1Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TIT1TextInformationID3V2Frame oTIT1 = new TIT1TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTIT1TextInformationFrame(oTIT1);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TIT1<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTIT2Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TIT2TextInformationID3V2Frame oTIT2 = new TIT2TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTIT2TextInformationFrame(oTIT2);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TIT2<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTIT3Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TIT3TextInformationID3V2Frame oTIT3 = new TIT3TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTIT3TextInformationFrame(oTIT3);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TIT3<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTKEYFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TKEYTextInformationID3V2Frame oTKEY = new TKEYTextInformationID3V2Frame("C#m");
oID3V2_3_0Tag.setTKEYTextInformationFrame(oTKEY);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>TKEY<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:00>C#m";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTLANFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TLANTextInformationID3V2Frame oTLAN = new TLANTextInformationID3V2Frame("eng");
oID3V2_3_0Tag.setTLANTextInformationFrame(oTLAN);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>TLAN<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:00>eng";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTLENFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TLENTextInformationID3V2Frame oTLEN = new TLENTextInformationID3V2Frame(12345);
oID3V2_3_0Tag.setTLENTextInformationFrame(oTLEN);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:10>TLEN<bh:00><bh:00><bh:00><bh:06><bh:00><bh:00><bh:00>12345";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTMEDFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TMEDTextInformationID3V2Frame oTMED = new TMEDTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTMEDTextInformationFrame(oTMED);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TMED<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTOALFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TOALTextInformationID3V2Frame oTOAL = new TOALTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTOALTextInformationFrame(oTOAL);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TOAL<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTOFNFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TOFNTextInformationID3V2Frame oTOFN = new TOFNTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTOFNTextInformationFrame(oTOFN);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TOFN<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTOLYFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TOLYTextInformationID3V2Frame oTOLY = new TOLYTextInformationID3V2Frame("abcdefg/hijklmnopq/rstuvwxyz");
oID3V2_3_0Tag.setTOLYTextInformationFrame(oTOLY);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'TOLY<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>abcdefg/hijklmnopq/rstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTOPEFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TOPETextInformationID3V2Frame oTOPE = new TOPETextInformationID3V2Frame("abcdefg/hijklmnopq/rstuvwxyz");
oID3V2_3_0Tag.setTOPETextInformationFrame(oTOPE);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'TOPE<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>abcdefg/hijklmnopq/rstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTORYFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TORYTextInformationID3V2Frame oTORY = new TORYTextInformationID3V2Frame(1999);
oID3V2_3_0Tag.setTORYTextInformationFrame(oTORY);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>TORY<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>1999";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTOWNFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TOWNTextInformationID3V2Frame oTOWN = new TOWNTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTOWNTextInformationFrame(oTOWN);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TOWN<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPE1Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPE1TextInformationID3V2Frame oTPE1 = new TPE1TextInformationID3V2Frame("abcdefg/hijklmnopq/rstuvwxyz");
oID3V2_3_0Tag.setTPE1TextInformationFrame(oTPE1);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'TPE1<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>abcdefg/hijklmnopq/rstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPE2Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPE2TextInformationID3V2Frame oTPE2 = new TPE2TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTPE2TextInformationFrame(oTPE2);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TPE2<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPE3Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPE3TextInformationID3V2Frame oTPE3 = new TPE3TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTPE3TextInformationFrame(oTPE3);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TPE3<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPE4Frame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPE4TextInformationID3V2Frame oTPE4 = new TPE4TextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTPE4TextInformationFrame(oTPE4);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TPE4<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPOSFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPOSTextInformationID3V2Frame oTPOS = new TPOSTextInformationID3V2Frame(12);
oID3V2_3_0Tag.setTPOSTextInformationFrame(oTPOS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0d>TPOS<bh:00><bh:00><bh:00><bh:03><bh:00><bh:00><bh:00>12";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
oTPOS = new TPOSTextInformationID3V2Frame(12, 34);
oID3V2_3_0Tag.setTPOSTextInformationFrame(oTPOS);
sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:10>TPOS<bh:00><bh:00><bh:00><bh:06><bh:00><bh:00><bh:00>12/34";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTPUBFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TPUBTextInformationID3V2Frame oTPUB = new TPUBTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTPUBTextInformationFrame(oTPUB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TPUB<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTRCKFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TRCKTextInformationID3V2Frame oTRCK = new TRCKTextInformationID3V2Frame(12);
oID3V2_3_0Tag.setTRCKTextInformationFrame(oTRCK);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0d>TRCK<bh:00><bh:00><bh:00><bh:03><bh:00><bh:00><bh:00>12";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
oTRCK = new TRCKTextInformationID3V2Frame(12, 34);
oID3V2_3_0Tag.setTRCKTextInformationFrame(oTRCK);
sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:10>TRCK<bh:00><bh:00><bh:00><bh:06><bh:00><bh:00><bh:00>12/34";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTRDAFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TRDATextInformationID3V2Frame oTRDA = new TRDATextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTRDATextInformationFrame(oTRDA);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TRDA<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTRSNFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TRSNTextInformationID3V2Frame oTRSN = new TRSNTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTRSNTextInformationFrame(oTRSN);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TRSN<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTRSOFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TRSOTextInformationID3V2Frame oTRSO = new TRSOTextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTRSOTextInformationFrame(oTRSO);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TRSO<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTSIZFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TSIZTextInformationID3V2Frame oTSIZ = new TSIZTextInformationID3V2Frame(12345);
oID3V2_3_0Tag.setTSIZTextInformationFrame(oTSIZ);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:10>TSIZ<bh:00><bh:00><bh:00><bh:06><bh:00><bh:00><bh:00>12345";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTSRCFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TSRCTextInformationID3V2Frame oTSRC = new TSRCTextInformationID3V2Frame("123456789012");
oID3V2_3_0Tag.setTSRCTextInformationFrame(oTSRC);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:17>TSRC<bh:00><bh:00><bh:00><bh:0d><bh:00><bh:00><bh:00>123456789012";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTSSEFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TSSETextInformationID3V2Frame oTSSE = new TSSETextInformationID3V2Frame("abcdefghijklmnopqrstuvwxyz");
oID3V2_3_0Tag.setTSSETextInformationFrame(oTSSE);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>%TSSE<bh:00><bh:00><bh:00><bh:1b><bh:00><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testTXXXFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TXXXTextInformationID3V2Frame oTXXX = new TXXXTextInformationID3V2Frame("description", "information");
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX);
oTXXX = new TXXXTextInformationID3V2Frame("description2", "information2");
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>FTXXX<bh:00><bh:00><bh:00><bh:18><bh:00><bh:00><bh:00>description<bh:00>informationTXXX<bh:00><bh:00><bh:00><bh:1a><bh:00><bh:00><bh:00>description2<bh:00>information2";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TXXXTextInformationID3V2Frame oTXXX = new TXXXTextInformationID3V2Frame("description", "information");
oTXXX.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX);
oTXXX = new TXXXTextInformationID3V2Frame("description2", "information2");
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>aTXXX<bh:00><bh:00><bh:00>3<bh:00><bh:00><bh:01><bh:ff><bh:fe>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00><bh:00><bh:00><bh:ff><bh:fe>i<bh:00>n<bh:00>f<bh:00>o<bh:00>r<bh:00>m<bh:00>a<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00>TXXX<bh:00><bh:00><bh:00><bh:1a><bh:00><bh:00><bh:00>description2<bh:00>information2";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testTYERFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
TYERTextInformationID3V2Frame oTYER = new TYERTextInformationID3V2Frame(1999);
oID3V2_3_0Tag.setTYERTextInformationFrame(oTYER);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>TYER<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>1999";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWCOMFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WCOMUrlLinkID3V2Frame oWCOM = new WCOMUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.addWCOMUrlLinkFrame(oWCOM);
oWCOM = new WCOMUrlLinkID3V2Frame("http://www.grebenc.ca");
oID3V2_3_0Tag.addWCOMUrlLinkFrame(oWCOM);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>FWCOM<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.orgWCOM<bh:00><bh:00><bh:00><bh:15><bh:00><bh:00>http://www.grebenc.ca";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWCOPFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WCOPUrlLinkID3V2Frame oWCOP = new WCOPUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWCOPUrlLinkFrame(oWCOP);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WCOP<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWOAFFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WOAFUrlLinkID3V2Frame oWOAF = new WOAFUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWOAFUrlLinkFrame(oWOAF);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WOAF<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWOARFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WOARUrlLinkID3V2Frame oWOAR = new WOARUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.addWOARUrlLinkFrame(oWOAR);
oWOAR = new WOARUrlLinkID3V2Frame("http://www.grebenc.ca");
oID3V2_3_0Tag.addWOARUrlLinkFrame(oWOAR);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>FWOAR<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.orgWOAR<bh:00><bh:00><bh:00><bh:15><bh:00><bh:00>http://www.grebenc.ca";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWOASFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WOASUrlLinkID3V2Frame oWOAS = new WOASUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWOASUrlLinkFrame(oWOAS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WOAS<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWORSFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WORSUrlLinkID3V2Frame oWORS = new WORSUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWORSUrlLinkFrame(oWORS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WORS<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWPAYFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WPAYUrlLinkID3V2Frame oWPAY = new WPAYUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWPAYUrlLinkFrame(oWPAY);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WPAY<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWPUBFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WPUBUrlLinkID3V2Frame oWPUB = new WPUBUrlLinkID3V2Frame("http://jid3.blinkenlights.org");
oID3V2_3_0Tag.setWPUBUrlLinkFrame(oWPUB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'WPUB<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testWXXXFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WXXXUrlLinkID3V2Frame oWXXX = new WXXXUrlLinkID3V2Frame("description", "http://jid3.blinkenlights.org");
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX);
oWXXX = new WXXXUrlLinkID3V2Frame("another description", "http://www.grebenc.ca");
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>hWXXX<bh:00><bh:00><bh:00>*<bh:00><bh:00><bh:00>another description<bh:00>http://www.grebenc.caWXXX<bh:00><bh:00><bh:00>*<bh:00><bh:00><bh:00>description<bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8559-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
WXXXUrlLinkID3V2Frame oWXXX = new WXXXUrlLinkID3V2Frame("description", "http://jid3.blinkenlights.org");
oWXXX.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX);
oWXXX = new WXXXUrlLinkID3V2Frame("another description", "http://www.grebenc.ca");
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>vWXXX<bh:00><bh:00><bh:00>*<bh:00><bh:00><bh:00>another description<bh:00>http://www.grebenc.caWXXX<bh:00><bh:00><bh:00>8<bh:00><bh:00><bh:01><bh:ff><bh:fe>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00><bh:00><bh:00>http://jid3.blinkenlights.org";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testAENCFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.addAENCFrame(new AENCID3V2Frame("owner identifier", 123, 456, new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 }));
oID3V2_3_0Tag.addAENCFrame(new AENCID3V2Frame("owner identifier 2", 234, 567, new byte[] { 0x06, 0x07, 0x08, 0x09, 0x0a }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>JAENC<bh:00><bh:00><bh:00><bh:1a><bh:00><bh:00>owner identifier<bh:00><bh:00>{<bh:01><bh:c8><bh:01><bh:02><bh:03><bh:04><bh:05>AENC<bh:00><bh:00><bh:00><bh:1c><bh:00><bh:00>owner identifier 2<bh:00><bh:00><bh:ea><bh:02>7<bh:06><bh:07><bh:08><bh:09><bh:0a>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testAPICFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.addAPICFrame(new APICID3V2Frame("image/png", APICID3V2Frame.PictureType.Artist, "Artist image.", new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 }));
oID3V2_3_0Tag.addAPICFrame(new APICID3V2Frame("image/jpeg", APICID3V2Frame.PictureType.FrontCover, "Front cover.", new byte[] { 0x05, 0x04, 0x03, 0x02, 0x01 }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>RAPIC<bh:00><bh:00><bh:00><bh:1f><bh:00><bh:00><bh:00>image/png<bh:00><bh:08>Artist image.<bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>APIC<bh:00><bh:00><bh:00><bh:1f><bh:00><bh:00><bh:00>image/jpeg<bh:00><bh:03>Front cover.<bh:00><bh:05><bh:04><bh:03><bh:02><bh:01>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
APICID3V2Frame oAPIC = new APICID3V2Frame("image/png", APICID3V2Frame.PictureType.Artist, "Artist image.", new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 });
oAPIC.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addAPICFrame(oAPIC);
oID3V2_3_0Tag.addAPICFrame(new APICID3V2Frame("image/jpeg", APICID3V2Frame.PictureType.FrontCover, "Front cover.", new byte[] { 0x05, 0x04, 0x03, 0x02, 0x01 }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>bAPIC<bh:00><bh:00><bh:00>/<bh:00><bh:00><bh:01>image/png<bh:00><bh:08><bh:ff><bh:fe>A<bh:00>r<bh:00>t<bh:00>i<bh:00>s<bh:00>t<bh:00> <bh:00>i<bh:00>m<bh:00>a<bh:00>g<bh:00>e<bh:00>.<bh:00><bh:00><bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>APIC<bh:00><bh:00><bh:00><bh:1f><bh:00><bh:00><bh:00>image/jpeg<bh:00><bh:03>Front cover.<bh:00><bh:05><bh:04><bh:03><bh:02><bh:01>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testCOMMFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.addCOMMFrame(new COMMID3V2Frame("eng", "short description", "actual text"));
oID3V2_3_0Tag.addCOMMFrame(new COMMID3V2Frame("rus", "next description", "next actual text"));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>ZCOMM<bh:00><bh:00><bh:00>!<bh:00><bh:00><bh:00>engshort description<bh:00>actual textCOMM<bh:00><bh:00><bh:00>%<bh:00><bh:00><bh:00>rusnext description<bh:00>next actual text";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8559-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
COMMID3V2Frame oCOMM = new COMMID3V2Frame("eng", "short description", "actual text");
oCOMM.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addCOMMFrame(oCOMM);
oID3V2_3_0Tag.addCOMMFrame(new COMMID3V2Frame("rus", "next description", "next actual text"));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>{COMM<bh:00><bh:00><bh:00>B<bh:00><bh:00><bh:01>eng<bh:ff><bh:fe>s<bh:00>h<bh:00>o<bh:00>r<bh:00>t<bh:00> <bh:00>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00><bh:00><bh:00><bh:ff><bh:fe>a<bh:00>c<bh:00>t<bh:00>u<bh:00>a<bh:00>l<bh:00> <bh:00>t<bh:00>e<bh:00>x<bh:00>t<bh:00>COMM<bh:00><bh:00><bh:00>%<bh:00><bh:00><bh:00>rusnext description<bh:00>next actual text";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testCOMRFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.setCOMRFrame(new COMRID3V2Frame("cad12.99",
"25250101",
"http://jid3.blinkenlights.org",
COMRID3V2Frame.RECEIVED_AS_FILE_OVER_THE_INTERNET,
"seller",
"description",
"image/png",
new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>]COMR<bh:00><bh:00><bh:00>S<bh:00><bh:00><bh:00>cad12.99<bh:00>25250101http://jid3.blinkenlights.org<bh:00><bh:03>seller<bh:00>description<bh:00>image/png<bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
COMRID3V2Frame oCOMR = new COMRID3V2Frame("cad12.99",
"25250101",
"http://jid3.blinkenlights.org",
COMRID3V2Frame.RECEIVED_AS_FILE_OVER_THE_INTERNET,
"seller",
"description",
"image/png",
new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 });
oCOMR.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setCOMRFrame(oCOMR);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>tCOMR<bh:00><bh:00><bh:00>j<bh:00><bh:00><bh:01>cad12.99<bh:00>25250101http://jid3.blinkenlights.org<bh:00><bh:03><bh:ff><bh:fe>s<bh:00>e<bh:00>l<bh:00>l<bh:00>e<bh:00>r<bh:00><bh:00><bh:00><bh:ff><bh:fe>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00><bh:00><bh:00>image/png<bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testENCRFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.addENCRFrame(new ENCRID3V2Frame("http://jid3.blinkenlights.org", (byte)0x80, new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>.ENCR<bh:00><bh:00><bh:00>$<bh:00><bh:00>http://jid3.blinkenlights.org<bh:00><bh:80><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
// test with empty owner identifier
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.addENCRFrame(new ENCRID3V2Frame("", (byte)0x80, new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 }));
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:11>ENCR<bh:00><bh:00><bh:00><bh:07><bh:00><bh:00><bh:00><bh:80><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testEQUAFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
EQUAID3V2Frame oEQUA = new EQUAID3V2Frame((byte)16);
oEQUA.setAdjustment(oEQUA.new Adjustment(true, 16383, new byte[] { 0x01, 0x02 }));
oEQUA.setAdjustment(oEQUA.new Adjustment(false, 32767, new byte[] { 0x03, 0x04 }));
oID3V2_3_0Tag.setEQUAFrame(oEQUA);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:13>EQUA<bh:00><bh:00><bh:00><bh:09><bh:00><bh:00><bh:10><bh:7f><bh:ff><bh:03><bh:04><bh:bf><bh:ff><bh:01><bh:02>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testETCOFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
ETCOID3V2Frame oETCO = new ETCOID3V2Frame(ETCOID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS);
oETCO.addEvent(new ETCOID3V2Frame.Event(ETCOID3V2Frame.EventType.END_OF_INITIAL_SILENCE, 12));
oETCO.addEvent(new ETCOID3V2Frame.Event(ETCOID3V2Frame.EventType.OUTRO_START, 23));
oID3V2_3_0Tag.setETCOFrame(oETCO);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:15>ETCO<bh:00><bh:00><bh:00><bh:0b><bh:00><bh:00><bh:02><bh:01><bh:00><bh:00><bh:00><bh:0c><bh:04><bh:00><bh:00><bh:00><bh:17>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testGEOBFrame()
{
try
{
// ISO-8559-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
GEOBID3V2Frame oGEOB = new GEOBID3V2Frame("image/png", "filename", "content description", new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 });
oID3V2_3_0Tag.addGEOBFrame(oGEOB);
oGEOB = new GEOBID3V2Frame("image/jpeg", "filename2", "another content description", new byte[] { 0x05, 0x04, 0x03, 0x02, 0x01 });
oID3V2_3_0Tag.addGEOBFrame(oGEOB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>xGEOB<bh:00><bh:00><bh:00>7<bh:00><bh:00><bh:00>image/jpeg<bh:00>filename2<bh:00>another content description<bh:00><bh:05><bh:04><bh:03><bh:02><bh:01>GEOB<bh:00><bh:00><bh:00>-<bh:00><bh:00><bh:00>image/png<bh:00>filename<bh:00>content description<bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8559-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
GEOBID3V2Frame oGEOB = new GEOBID3V2Frame("image/png", "filename", "content description", new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 });
oGEOB.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addGEOBFrame(oGEOB);
oGEOB = new GEOBID3V2Frame("image/jpeg", "filename2", "another content description", new byte[] { 0x05, 0x04, 0x03, 0x02, 0x01 });
oID3V2_3_0Tag.addGEOBFrame(oGEOB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:01><bh:19>GEOB<bh:00><bh:00><bh:00>7<bh:00><bh:00><bh:00>image/jpeg<bh:00>filename2<bh:00>another content description<bh:00><bh:05><bh:04><bh:03><bh:02><bh:01>GEOB<bh:00><bh:00><bh:00>N<bh:00><bh:00><bh:01>image/png<bh:00><bh:ff><bh:fe>f<bh:00>i<bh:00>l<bh:00>e<bh:00>n<bh:00>a<bh:00>m<bh:00>e<bh:00><bh:00><bh:00><bh:ff><bh:fe>c<bh:00>o<bh:00>n<bh:00>t<bh:00>e<bh:00>n<bh:00>t<bh:00> <bh:00>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>i<bh:00>o<bh:00>n<bh:00><bh:00><bh:00><bh:01><bh:02><bh:03><bh:04><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testGRIDFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
GRIDID3V2Frame oGRID = new GRIDID3V2Frame("http://jid3.blinkenlights.org", (byte)0x88, new byte[] { 0x01, 0x02, 0x03, 0x04, 0x05 });
oID3V2_3_0Tag.addGRIDFrame(oGRID);
oGRID = new GRIDID3V2Frame("http://abcd.blinkenlights.org", (byte)0x22, new byte[] { 0x05, 0x04, 0x03, 0x02, 0x01 });
oID3V2_3_0Tag.addGRIDFrame(oGRID);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:5c>GRID<bh:00><bh:00><bh:00>$<bh:00><bh:00>http://jid3.blinkenlights.org<bh:00><bh:88><bh:01><bh:02><bh:03><bh:04><bh:05>GRID<bh:00><bh:00><bh:00>$<bh:00><bh:00>http://abcd.blinkenlights.org<bh:00>\"<bh:05><bh:04><bh:03><bh:02><bh:01>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testIPLSFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
IPLSID3V2Frame oIPLS = new IPLSID3V2Frame();
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement1", "person1"));
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement1", "person2"));
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement2", "person3"));
oID3V2_3_0Tag.setIPLSFrame(oIPLS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>JIPLS<bh:00><bh:00><bh:00>@<bh:00><bh:00><bh:00>involvement1<bh:00>person1<bh:00>involvement1<bh:00>person2<bh:00>involvement2<bh:00>person3<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
IPLSID3V2Frame oIPLS = new IPLSID3V2Frame();
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement1", "person1"));
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement1", "person2"));
oIPLS.addInvolvedPerson(new IPLSID3V2Frame.InvolvedPerson("involvement2", "person3"));
oIPLS.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setIPLSFrame(oIPLS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:01><bh:15>IPLS<bh:00><bh:00><bh:00><bh:8b><bh:00><bh:00><bh:01><bh:ff><bh:fe>i<bh:00>n<bh:00>v<bh:00>o<bh:00>l<bh:00>v<bh:00>e<bh:00>m<bh:00>e<bh:00>n<bh:00>t<bh:00>1<bh:00><bh:00><bh:00><bh:ff><bh:fe>p<bh:00>e<bh:00>r<bh:00>s<bh:00>o<bh:00>n<bh:00>1<bh:00><bh:00><bh:00><bh:ff><bh:fe>i<bh:00>n<bh:00>v<bh:00>o<bh:00>l<bh:00>v<bh:00>e<bh:00>m<bh:00>e<bh:00>n<bh:00>t<bh:00>1<bh:00><bh:00><bh:00><bh:ff><bh:fe>p<bh:00>e<bh:00>r<bh:00>s<bh:00>o<bh:00>n<bh:00>2<bh:00><bh:00><bh:00><bh:ff><bh:fe>i<bh:00>n<bh:00>v<bh:00>o<bh:00>l<bh:00>v<bh:00>e<bh:00>m<bh:00>e<bh:00>n<bh:00>t<bh:00>2<bh:00><bh:00><bh:00><bh:ff><bh:fe>p<bh:00>e<bh:00>r<bh:00>s<bh:00>o<bh:00>n<bh:00>3<bh:00><bh:00><bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testLINKFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
LINKID3V2Frame oLINK = new LINKID3V2Frame("TAG1".getBytes(), "filelocation1", "additionaldata1");
oID3V2_3_0Tag.addLINKFrame(oLINK);
oLINK = new LINKID3V2Frame("TAG2".getBytes(), "filelocation2", "additionaldata2");
oID3V2_3_0Tag.addLINKFrame(oLINK);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>VLINK<bh:00><bh:00><bh:00>!<bh:00><bh:00>TAG1filelocation1<bh:00>additionaldata1LINK<bh:00><bh:00><bh:00>!<bh:00><bh:00>TAG2filelocation2<bh:00>additionaldata2";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testMCDIFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
MCDIID3V2Frame oMCDI = new MCDIID3V2Frame(new byte[] { 0x01, 0x02, 0x03, 0x04 });
oID3V2_3_0Tag.setMCDIFrame(oMCDI);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>MCDI<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:01><bh:02><bh:03><bh:04>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testMLLTFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
MLLTID3V2Frame oMLLT = new MLLTID3V2Frame(new byte[] { 0x01, 0x02, 0x03, 0x04 });
oID3V2_3_0Tag.setMLLTFrame(oMLLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>MLLT<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:01><bh:02><bh:03><bh:04>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testOWNEFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
OWNEID3V2Frame oOWNE = new OWNEID3V2Frame("cad12.34", "20000102", "seller");
oID3V2_3_0Tag.setOWNEFrame(oOWNE);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>\"OWNE<bh:00><bh:00><bh:00><bh:18><bh:00><bh:00><bh:00>cad12.34<bh:00>20000102seller";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8559-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
OWNEID3V2Frame oOWNE = new OWNEID3V2Frame("cad12.34", "20000102", "seller");
oOWNE.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setOWNEFrame(oOWNE);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>*OWNE<bh:00><bh:00><bh:00> <bh:00><bh:00><bh:01>cad12.34<bh:00>20000102<bh:ff><bh:fe>s<bh:00>e<bh:00>l<bh:00>l<bh:00>e<bh:00>r<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testPRIVFrame()
{
try
{
ID3Tag.useStrict(true);
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
PRIVID3V2Frame oPRIV = new PRIVID3V2Frame("abcdefghijklmnopqrstuvwxyz", new byte[] { 0x01, 0x02, 0x03, 0x04 });
oID3V2_3_0Tag.addPRIVFrame(oPRIV);
try
{
oID3V2_3_0Tag.addPRIVFrame(oPRIV);
fail("Adding the same PRIV frame to a tag twice should have generated an exception.");
}
catch (Exception e) {}
oPRIV = new PRIVID3V2Frame("owner identifier", "private data".getBytes());
oID3V2_3_0Tag.addPRIVFrame(oPRIV);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>PPRIV<bh:00><bh:00><bh:00><bh:1f><bh:00><bh:00>abcdefghijklmnopqrstuvwxyz<bh:00><bh:01><bh:02><bh:03><bh:04>PRIV<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00>owner identifier<bh:00>private data";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testPCNTFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
PCNTID3V2Frame oPCNT = new PCNTID3V2Frame(42);
oID3V2_3_0Tag.setPCNTFrame(oPCNT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>PCNT<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:00><bh:00><bh:00>*";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testPOPMFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
POPMID3V2Frame oPOPM = new POPMID3V2Frame("user@domain.com", 42, 12345);
oID3V2_3_0Tag.addPOPMFrame(oPOPM);
oPOPM = new POPMID3V2Frame("user@otherdomain.com", 43);
oID3V2_3_0Tag.addPOPMFrame(oPOPM);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>?POPM<bh:00><bh:00><bh:00><bh:15><bh:00><bh:00>user@domain.com<bh:00>*<bh:00><bh:00>09POPM<bh:00><bh:00><bh:00><bh:16><bh:00><bh:00>user@otherdomain.com<bh:00>+";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testPOSSFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
POSSID3V2Frame oPOSS = new POSSID3V2Frame(POSSID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, 12345);
oID3V2_3_0Tag.setPOSSFrame(oPOSS);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>POSS<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:02><bh:00><bh:00>09";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testRBUFFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
RBUFID3V2Frame oRBUF = new RBUFID3V2Frame(123456, true, 42);
oID3V2_3_0Tag.setRBUFFrame(oRBUF);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:12>RBUF<bh:00><bh:00><bh:00><bh:08><bh:00><bh:00><bh:01><bh:e2>@<bh:01><bh:00><bh:00><bh:00>*";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
oRBUF = new RBUFID3V2Frame(123456, false);
oID3V2_3_0Tag.setRBUFFrame(oRBUF);
sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>RBUF<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:01><bh:e2>@<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testRVADFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
RVADID3V2Frame oRVAD = new RVADID3V2Frame(new byte[] { 0x01, 0x02, 0x03, 0x04 });
oID3V2_3_0Tag.setRVADFrame(oRVAD);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0e>RVAD<bh:00><bh:00><bh:00><bh:04><bh:00><bh:00><bh:01><bh:02><bh:03><bh:04>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testRVRBFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
RVRBID3V2Frame oRVRB = new RVRBID3V2Frame(12345, 54321, 1, 2, 3, 4, 5, 6, 7, 8);
oID3V2_3_0Tag.setRVRBFrame(oRVRB);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:16>RVRB<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>09<bh:d4>1<bh:01><bh:02><bh:03><bh:04><bh:05><bh:06><bh:07><bh:08>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testSYLTFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
SYLTID3V2Frame oSYLT = new SYLTID3V2Frame("eng", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, SYLTID3V2Frame.ContentType.LYRICS, "content descriptor");
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("one", 1));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("three", 3));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("two", 2));
oID3V2_3_0Tag.addSYLTFrame(oSYLT);
oSYLT = new SYLTID3V2Frame("rus", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MPEG_FRAMES, SYLTID3V2Frame.ContentType.TRIVIA, "another description");
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("abc", 4));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("def", 5));
oID3V2_3_0Tag.addSYLTFrame(oSYLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>qSYLT<bh:00><bh:00><bh:00>3<bh:00><bh:00><bh:00>eng<bh:02><bh:01>content descriptor<bh:00>one<bh:00><bh:00><bh:00><bh:00><bh:01>two<bh:00><bh:00><bh:00><bh:00><bh:02>three<bh:00><bh:00><bh:00><bh:00><bh:03>SYLT<bh:00><bh:00><bh:00>*<bh:00><bh:00><bh:00>rus<bh:01><bh:06>another description<bh:00>abc<bh:00><bh:00><bh:00><bh:00><bh:04>def<bh:00><bh:00><bh:00><bh:00><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
SYLTID3V2Frame oSYLT = new SYLTID3V2Frame("eng", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, SYLTID3V2Frame.ContentType.LYRICS, "content descriptor");
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("one", 1));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("three", 3));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("two", 2));
oSYLT.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addSYLTFrame(oSYLT);
oSYLT = new SYLTID3V2Frame("rus", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MPEG_FRAMES, SYLTID3V2Frame.ContentType.TRIVIA, "another description");
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("abc", 4));
oSYLT.addSyncEntry(new SYLTID3V2Frame.SyncEntry("def", 5));
oID3V2_3_0Tag.addSYLTFrame(oSYLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:01><bh:1a>SYLT<bh:00><bh:00><bh:00><bh:5c><bh:00><bh:00><bh:01>eng<bh:02><bh:01><bh:ff><bh:fe>c<bh:00>o<bh:00>n<bh:00>t<bh:00>e<bh:00>n<bh:00>t<bh:00> <bh:00>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>o<bh:00>r<bh:00><bh:00><bh:00><bh:ff><bh:fe>o<bh:00>n<bh:00>e<bh:00><bh:00><bh:00><bh:00><bh:00><bh:00><bh:01><bh:ff><bh:fe>t<bh:00>w<bh:00>o<bh:00><bh:00><bh:00><bh:00><bh:00><bh:00><bh:02><bh:ff><bh:fe>t<bh:00>h<bh:00>r<bh:00>e<bh:00>e<bh:00><bh:00><bh:00><bh:00><bh:00><bh:00><bh:03>SYLT<bh:00><bh:00><bh:00>*<bh:00><bh:00><bh:00>rus<bh:01><bh:06>another description<bh:00>abc<bh:00><bh:00><bh:00><bh:00><bh:04>def<bh:00><bh:00><bh:00><bh:00><bh:05>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testSYTCFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
SYTCID3V2Frame oSYTC = new SYTCID3V2Frame(SYTCID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS);
oSYTC.addTempoChange(new SYTCID3V2Frame.TempoChange(12, 1));
oSYTC.addTempoChange(new SYTCID3V2Frame.TempoChange(255, 2));
oSYTC.addTempoChange(new SYTCID3V2Frame.TempoChange(510, 3));
oID3V2_3_0Tag.setSYTCFrame(oSYTC);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:1c>SYTC<bh:00><bh:00><bh:00><bh:12><bh:00><bh:00><bh:02><bh:0c><bh:00><bh:00><bh:00><bh:01><bh:ff><bh:00><bh:00><bh:00><bh:00><bh:02><bh:ff><bh:ff><bh:00><bh:00><bh:00><bh:03>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testUFIDFrame()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
UFIDID3V2Frame oUFID = new UFIDID3V2Frame("owner identifier", new byte[] { 0x01, 0x02, 0x03, 0x04 });
oID3V2_3_0Tag.addUFIDFrame(oUFID);
oUFID = new UFIDID3V2Frame("owner two", new byte[] { 0x04, 0x03, 0x02, 0x01 });
oID3V2_3_0Tag.addUFIDFrame(oUFID);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>7UFID<bh:00><bh:00><bh:00><bh:15><bh:00><bh:00>owner identifier<bh:00><bh:01><bh:02><bh:03><bh:04>UFID<bh:00><bh:00><bh:00><bh:0e><bh:00><bh:00>owner two<bh:00><bh:04><bh:03><bh:02><bh:01>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testUSERFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
USERID3V2Frame oUSER = new USERID3V2Frame("eng", "Terms of use.");
oID3V2_3_0Tag.setUSERFrame(oUSER);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:1b>USER<bh:00><bh:00><bh:00><bh:11><bh:00><bh:00><bh:00>engTerms of use.";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("ISO-8859-1 test: " + ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
USERID3V2Frame oUSER = new USERID3V2Frame("eng", "Terms of use.");
oUSER.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.setUSERFrame(oUSER);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>*USER<bh:00><bh:00><bh:00> <bh:00><bh:00><bh:01>eng<bh:ff><bh:fe>T<bh:00>e<bh:00>r<bh:00>m<bh:00>s<bh:00> <bh:00>o<bh:00>f<bh:00> <bh:00>u<bh:00>s<bh:00>e<bh:00>.<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail("Unicode test: " + ID3Exception.getStackTrace(e));
}
}
public void testUSLTFrame()
{
try
{
// ISO-8859-1 test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
USLTID3V2Frame oUSLT = new USLTID3V2Frame("eng", "content descriptor", "lyrics");
oID3V2_3_0Tag.addUSLTFrame(oUSLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'USLT<bh:00><bh:00><bh:00><bh:1d><bh:00><bh:00><bh:00>engcontent descriptor<bh:00>lyrics";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
try
{
// Unicode test
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
USLTID3V2Frame oUSLT = new USLTID3V2Frame("eng", "content descriptor", "lyrics");
oUSLT.setTextEncoding(TextEncoding.UNICODE);
oID3V2_3_0Tag.addUSLTFrame(oUSLT);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>DUSLT<bh:00><bh:00><bh:00>:<bh:00><bh:00><bh:01>eng<bh:ff><bh:fe>c<bh:00>o<bh:00>n<bh:00>t<bh:00>e<bh:00>n<bh:00>t<bh:00> <bh:00>d<bh:00>e<bh:00>s<bh:00>c<bh:00>r<bh:00>i<bh:00>p<bh:00>t<bh:00>o<bh:00>r<bh:00><bh:00><bh:00><bh:ff><bh:fe>l<bh:00>y<bh:00>r<bh:00>i<bh:00>c<bh:00>s<bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testUnsynchronization()
{
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
PRIVID3V2Frame oPRIV = new PRIVID3V2Frame("owner", new byte[] { 0x01, 0x02, (byte)0xff, (byte)0xf0, 0x03, 0x04 });
oID3V2_3_0Tag.addPRIVFrame(oPRIV);
oID3V2_3_0Tag.setUnsynchronization(true);
String sPrefix = "ID3<bh:03><bh:00><bh:80><bh:00><bh:00><bh:00><bh:17>PRIV<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>owner<bh:00><bh:01><bh:02><bh:ff><bh:00><bh:f0><bh:03><bh:04>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix); // unsynchronization should be applied
oID3V2_3_0Tag.setUnsynchronization(false);
sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:16>PRIV<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>owner<bh:00><bh:01><bh:02><bh:ff><bh:f0><bh:03><bh:04>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix); // no unsynchronization applied
oID3V2_3_0Tag = new ID3V2_3_0Tag();
oPRIV = new PRIVID3V2Frame("owner", new byte[] { 0x01, 0x02, (byte)0xff, (byte)0xf0, 0x03, (byte)0xff });
oID3V2_3_0Tag.addPRIVFrame(oPRIV);
oID3V2_3_0Tag.setUnsynchronization(true);
sPrefix = "ID3<bh:03><bh:00><bh:80><bh:00><bh:00><bh:00><bh:18>PRIV<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>owner<bh:00><bh:01><bh:02><bh:ff><bh:00><bh:f0><bh:03><bh:ff><bh:00>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix); // unsynchronization with special case when last byte 0xff
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testConveienceMethods()
{
try
{
// get a copy of an unmodified file to edit
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
ID3V2Tag oID3V2Tag = new ID3V2_3_0Tag();
oID3V2Tag.setArtist("Artist");
oID3V2Tag.setTitle("Song Title");
oID3V2Tag.setAlbum("Album");
oID3V2Tag.setYear(2004);
oID3V2Tag.setTrackNumber(3, 9);
oID3V2Tag.setGenre("Blues");
oMediaFile.setID3Tag(oID3V2Tag);
oMediaFile.sync();
// read file back
oMediaFile = new MP3File(oSourceFile);
ID3Tag[] aoID3Tag = oMediaFile.getTags();
oID3V2Tag = (ID3V2Tag)aoID3Tag[0]; // there is only one set.. what we just wrote
if ( ! oID3V2Tag.getArtist().equals("Artist"))
{
fail("Set/get artist by convenience methods do not return what was set. Returned [" + oID3V2Tag.getArtist() + "]");
}
if ( ! oID3V2Tag.getTitle().equals("Song Title"))
{
fail("Set/get song title by convenience methods do not return what was set. Returned [" +
oID3V2Tag.getTitle() + "]");
}
if ( ! oID3V2Tag.getAlbum().equals("Album"))
{
fail("Set/get album by convenience methods do not return what was set. Returned [" + oID3V2Tag.getAlbum() + "]");
}
if (oID3V2Tag.getYear() != 2004)
{
fail("Set/get year by convenience methods do not return what was set. Returned [" + oID3V2Tag.getYear() + "]");
}
if ((oID3V2Tag.getTrackNumber() != 3) || (oID3V2Tag.getTotalTracks() != 9))
{
fail("Set/get track number convenience methods do not return what was set. Returned [" +
oID3V2Tag.getTrackNumber() + "/" + oID3V2Tag.getTotalTracks() + "]");
}
if ( ! oID3V2Tag.getGenre().equals("Blues"))
{
fail("Set/get genre convenience methods do not return what was set. Returned [" +
oID3V2Tag.getGenre() + "]");
}
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testIFileSource()
{
try
{
// get a copy of a file with v2.3.0 tags to test reading
ID3Util.copy(AllTests.s_RootPath + "v1_1tags.mp3", AllTests.s_RootPath + "id3_v1_1_tagtest.mp3");
File oFile = new File(AllTests.s_RootPath + "id3_v1_1_tagtest.mp3");
IFileSource oFileSource = new FileSource(oFile);
MP3File oMP3File = new MP3File(oFileSource);
ID3Tag oID3Tag = oMP3File.getID3V1Tag();
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testExtendedHeader()
{
try
{
// get a copy of an unmodified file to edit
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
ID3V2Tag oID3V2Tag = new ID3V2_3_0Tag();
oID3V2Tag.setArtist("Artist");
// set extended header and CRC flags
oID3V2Tag.setExtendedHeader(true);
oID3V2Tag.setCRC(true);
oID3V2Tag.setPaddingLength(5);
oMediaFile.setID3Tag(oID3V2Tag);
oMediaFile.sync();
// read file back
oMediaFile = new MP3File(oSourceFile);
ID3Tag[] aoID3Tag = oMediaFile.getTags();
oID3V2Tag = (ID3V2Tag)aoID3Tag[0]; // there is only one set.. what we just wrote
if ( ! oID3V2Tag.getExtendedHeader())
{
fail("Set extended header before writing. Not set on reading back.");
}
if ( ! oID3V2Tag.getCRC())
{
fail("Set CRC before writing. Not set on reading back.");
}
if ( ! oID3V2Tag.getArtist().equals("Artist"))
{
fail("Unexpected artist value. Returned [" + oID3V2Tag.getArtist() + "]");
}
// rewrite again with extended header but no CRC
oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
oID3V2Tag = new ID3V2_3_0Tag();
oID3V2Tag.setArtist("Artist");
// set extended header and CRC flags
oID3V2Tag.setExtendedHeader(true);
oID3V2Tag.setPaddingLength(5);
oMediaFile.setID3Tag(oID3V2Tag);
oMediaFile.sync();
// read file back
oMediaFile = new MP3File(oSourceFile);
aoID3Tag = oMediaFile.getTags();
oID3V2Tag = (ID3V2Tag)aoID3Tag[0]; // there is only one set.. what we just wrote
if ( ! oID3V2Tag.getExtendedHeader())
{
fail("Set extended header before writing. Not set on reading back.");
}
if (oID3V2Tag.getCRC())
{
fail("Did not set CRC before writing. CRC set on reading back.");
}
if ( ! oID3V2Tag.getArtist().equals("Artist"))
{
fail("Unexpected artist value. Returned [" + oID3V2Tag.getArtist() + "]");
}
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testFailOnZeroFrames()
{
try
{
// get a copy of an unmodified file to edit (although it is a failure if the file is edited in this test!)
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file
ID3V2Tag oID3V2Tag = new ID3V2_3_0Tag();
// but don't set any frames in it...
oMediaFile.setID3Tag(oID3V2Tag);
try
{
oMediaFile.sync();
}
catch (Exception e2)
{
// good, this was supposed to fail, because we tried to write a v2 tag with no frames
return;
}
// if we were able to sync this file, we failed
fail("We successfully sync'ed a v2 tag with no frames, when we should have failed.");
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testUseStrict()
{
try
{
// create an invalid frame (TYER with no value) to test strict and non-strict reading of it
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>TYER<bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>abcd";
String sSourceFile = AllTests.s_RootPath + "id3_v2_3_0_invalid.mp3";
FileInputStream oFIS = null;
FileOutputStream oFOS = null;
try
{
oFIS = new FileInputStream(AllTests.s_RootPath + "notags.mp3");
oFOS = new FileOutputStream(sSourceFile);
// start with invalid tag
oFOS.write(ID3Util.convertFrhedToByteArray(sPrefix));
// copy mp3 file over
byte[] abyBuffer = new byte[16384];
int iNumRead;
while ((iNumRead = oFIS.read(abyBuffer)) != -1)
{
oFOS.write(abyBuffer, 0, iNumRead);
}
oFOS.flush();
}
finally
{
try { oFIS.close(); } catch (Exception e) {}
try { oFOS.close(); } catch (Exception e) {}
}
// now, try to read this file, non-strict
ID3Tag.useStrict(false);
MediaFile oMediaFile = new MP3File(new File(sSourceFile));
try
{
ID3Tag[] aoID3Tag = oMediaFile.getTags();
ID3V2_3_0Tag oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
if (oID3V2_3_0Tag.getTYERTextInformationFrame() != null)
{
fail("The invalid TYER frame should have been ignored when read in non-strict mode.");
}
}
catch (Exception e)
{
// we should not have caught an exception when strict reading is not set
fail("With non-strict setting, reading this invalid file should not have generated an exception: " + ID3Exception.getStackTrace(e));
}
// try again, strict
ID3Tag.useStrict(true);
oMediaFile = new MP3File(new File(sSourceFile));
try
{
oMediaFile.getTags();
// we should not get this far
fail("With strict setting, reading this invalid file should have generated an exception.");
}
catch (InvalidFrameID3Exception e)
{
// we should be here
}
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
public void testInvalidFrameId()
{
try
{
// create a frame with an invalid frame id ("COM ") to test strict and non-strict reading of it
// (this test inspired by the illegal frames which iTunes adds to MP3 files)
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00><bh:0f>COM <bh:00><bh:00><bh:00><bh:05><bh:00><bh:00><bh:00>abcd";
String sSourceFile = AllTests.s_RootPath + "id3_v2_3_0_invalid.mp3";
FileInputStream oFIS = null;
FileOutputStream oFOS = null;
try
{
oFIS = new FileInputStream(AllTests.s_RootPath + "notags.mp3");
oFOS = new FileOutputStream(sSourceFile);
// start with invalid tag
oFOS.write(ID3Util.convertFrhedToByteArray(sPrefix));
// copy mp3 file over
byte[] abyBuffer = new byte[16384];
int iNumRead;
while ((iNumRead = oFIS.read(abyBuffer)) != -1)
{
oFOS.write(abyBuffer, 0, iNumRead);
}
oFOS.flush();
}
finally
{
try { oFIS.close(); } catch (Exception e) {}
try { oFOS.close(); } catch (Exception e) {}
}
// now, try to read this file, non-strict
ID3Tag.useStrict(false);
MediaFile oMediaFile = new MP3File(new File(sSourceFile));
try
{
ID3Tag[] aoID3Tag = oMediaFile.getTags();
ID3V2_3_0Tag oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
UnknownID3V2Frame[] aoUnknownID3V2Frame = oID3V2_3_0Tag.getUnknownFrames();
if (aoUnknownID3V2Frame.length != 1)
{
fail("There should be one unknown frame in this tag when read in non-strict mode.");
}
if ( ! (new String(aoUnknownID3V2Frame[0].getFrameId()).equals("COM ")))
{
fail("The one unknown frame in this tag should have a frame ID of 'COM '.");
}
}
catch (Exception e)
{
// we should not have caught an exception when strict reading is not set
fail("With non-strict setting, reading this invalid file should not have generated an exception: " + ID3Exception.getStackTrace(e));
}
// try again, strict
ID3Tag.useStrict(true);
oMediaFile = new MP3File(new File(sSourceFile));
try
{
oMediaFile.getTags();
// we should not get this far
fail("With strict setting, reading this invalid file should have generated an exception.");
}
catch (InvalidFrameID3Exception e)
{
// we should be here
}
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
public void testWriteUnknownFrame()
{
ID3Tag.useStrict(false);
try
{
// get a copy of an unmodified file to edit
ID3Util.copy(AllTests.s_RootPath + "notags.mp3", AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
File oSourceFile = new File(AllTests.s_RootPath + "id3_v2_3_0_tagtest.mp3");
MediaFile oMediaFile = new MP3File(oSourceFile);
// write v2.3.0 tag to file containing an unknown frame
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
byte[] abyFrameData = new byte[] { 0x01, 0x02, 0x03, 0x04 };
UnknownID3V2Frame oUnknownID3V2Frame = new UnknownID3V2Frame("ABCD", abyFrameData);
oID3V2_3_0Tag.addUnknownFrame(oUnknownID3V2Frame);
oMediaFile.setID3Tag(oID3V2_3_0Tag);
oMediaFile.sync();
// read file back
oMediaFile = new MP3File(oSourceFile);
ID3Tag[] aoID3Tag = oMediaFile.getTags();
oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0]; // there is only one set.. what we just wrote
UnknownID3V2Frame[] aoUnknownID3V2Frame = oID3V2_3_0Tag.getUnknownFrames();
if (aoUnknownID3V2Frame.length != 1)
{
fail("Expected to find one unknown frame after reading tag back.");
}
if ( ! oUnknownID3V2Frame.equals(aoUnknownID3V2Frame[0]))
{
fail("Unknown tag before and after writing are not identical.");
}
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
public void testReadRandomMP3s()
{
ID3Tag.useStrict(false);
try
{
File oSourceDir = new File("c:/temp/mp3");
recurseDirectoryForMP3s(oSourceDir);
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
private void recurseDirectoryForMP3s(File oDirectory)
throws Exception
{
File[] aoMP3File = getMP3FileList(oDirectory);
for (int i=0; i < aoMP3File.length; i++)
{
// mp3 file to read
MP3File oMP3File = new MP3File(aoMP3File[i]);
try
{
oMP3File.getTags(); // don't care to do anything with them.. this is just a test to see if reading fails
}
catch (Exception e)
{
throw new Exception("Failed reading MP3 tags from " + aoMP3File[i] + ".", e);
}
}
File[] aoDirectory = getSubDirectories(oDirectory);
for (int i=0; i < aoDirectory.length; i++)
{
// subdirectory to recurse into
System.out.println("Recursing into subdirectory: " + aoDirectory[i].getAbsolutePath());
recurseDirectoryForMP3s(aoDirectory[i]);
}
}
private File[] getMP3FileList(File oDirectory)
{
File[] aoMP3File = oDirectory.listFiles(new FilenameFilter()
{
public boolean accept(File oFile, String sName)
{
return sName.toLowerCase().endsWith(".mp3");
}
});
return aoMP3File;
}
private File[] getSubDirectories(File oDirectory)
{
File[] aoDirectory = oDirectory.listFiles(new FilenameFilter()
{
public boolean accept(File oFile, String sName)
{
File oPotential = new File(oFile, sName);
return oPotential.isDirectory();
}
});
return aoDirectory;
}
public void testReadDuplicateFrames()
{
try
{
// create a tag with duplicate frames in violation of the spec, to test strict and non-strict reading of it
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>8COMM<bh:00><bh:00><bh:00><bh:12><bh:00><bh:00><bh:00>engabcd<bh:00>Comment 1COMM<bh:00><bh:00><bh:00><bh:12><bh:00><bh:00><bh:00>engabcd<bh:00>Comment 2";
String sSourceFile = AllTests.s_RootPath + "id3_v2_3_0_duplicate.mp3";
FileInputStream oFIS = null;
FileOutputStream oFOS = null;
try
{
oFIS = new FileInputStream(AllTests.s_RootPath + "notags.mp3");
oFOS = new FileOutputStream(sSourceFile);
// start with invalid tag
oFOS.write(ID3Util.convertFrhedToByteArray(sPrefix));
// copy mp3 file over
byte[] abyBuffer = new byte[16384];
int iNumRead;
while ((iNumRead = oFIS.read(abyBuffer)) != -1)
{
oFOS.write(abyBuffer, 0, iNumRead);
}
oFOS.flush();
}
finally
{
try { oFIS.close(); } catch (Exception e) {}
try { oFOS.close(); } catch (Exception e) {}
}
// now, try to read this file, non-strict
ID3Tag.useStrict(false);
MediaFile oMediaFile = new MP3File(new File(sSourceFile));
try
{
ID3Tag[] aoID3Tag = oMediaFile.getTags();
ID3V2_3_0Tag oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
COMMID3V2Frame[] aoCOMMID3V2Frame = oID3V2_3_0Tag.getCOMMFrames();
if (aoCOMMID3V2Frame.length != 1)
{
fail("In non-strict mode, exactly one of the duplicate COMM frames in this file should have been kept.");
}
if ( ! aoCOMMID3V2Frame[0].getActualText().equals("Comment 2"))
{
fail("In non-strict mode, when duplicate COMM frames are ignored, the last one read should be kept.");
}
}
catch (Exception e)
{
// we should not have caught an exception when strict reading is not set
fail("With non-strict setting, reading this invalid file should not have generated an exception: " + ID3Exception.getStackTrace(e));
}
// try again, strict
ID3Tag.useStrict(true);
oMediaFile = new MP3File(new File(sSourceFile));
try
{
oMediaFile.getTags();
// we should not get this far
fail("With strict setting, reading a file with duplicate COMM frames should have generated an exception.");
}
catch (ID3Exception e)
{
// we should be here
}
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
public void testFrameConflicts()
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
// AENC test
AENCID3V2Frame oAENC1 = null, oAENC2 = null, oAENC3 = null;
try
{
oAENC1 = new AENCID3V2Frame("owner1", 1, 2, new byte[] { 0x01 });
oID3V2_3_0Tag.addAENCFrame(oAENC1);
oAENC2 = new AENCID3V2Frame("owner2", 3, 4, new byte[] { 0x02 });
oID3V2_3_0Tag.addAENCFrame(oAENC2);
}
catch (Exception e)
{
fail("We should have been able to create the first two AENC frames.");
}
try
{
oAENC2.setOwnerIdentifier("owner1");
fail("We should not have been able to set two AENC frames with the same owner identifier.");
}
catch (Exception e)
{
// we should be here.. because there already was an AENC frame with owner identifier "owner1", and we
// tried to set another with the same value (each AENC frame in a tag must have a unique owner identifier)
}
try
{
oAENC1.setOwnerIdentifier("owner3");
oAENC3 = new AENCID3V2Frame("owner3", 1, 2, new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third AENC frmaes.");
}
try
{
oID3V2_3_0Tag.addAENCFrame(oAENC3);
fail("We should not have been able to add a new AENC frame with the same owner identifier as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the owner identifier of oAENC1 to "owner3", we should not be
// able to add a new AENC frame with owner identifier "owner3"
}
// APIC test
APICID3V2Frame oAPIC1 = null, oAPIC2 = null, oAPIC3 = null;
try
{
oAPIC1 = new APICID3V2Frame("image/gif", APICID3V2Frame.PictureType.Artist, "artist1", new byte[] { 0x01 });
oID3V2_3_0Tag.addAPICFrame(oAPIC1);
oAPIC2 = new APICID3V2Frame("image/gif", APICID3V2Frame.PictureType.Artist, "artist2", new byte[] { 0x02 });
oID3V2_3_0Tag.addAPICFrame(oAPIC2);
}
catch (Exception e)
{
fail("We should have been able to create the first two APIC frames.");
}
try
{
oAPIC2.setDescription("artist1");
fail("We should not have been able to set two APIC frames with the same description.");
}
catch (Exception e)
{
// we should be here.. because there already was an APIC frame with description "artist1", and we
// tried to set another with the same value (each APIC frame in a tag must have a unique description)
}
try
{
oAPIC1.setDescription("artist3");
oAPIC3 = new APICID3V2Frame("image/gif", APICID3V2Frame.PictureType.Artist, "artist3", new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third APIC frmaes.");
}
try
{
oID3V2_3_0Tag.addAPICFrame(oAPIC3);
fail("We should not have been able to add a new APIC frame with the same description as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the description of oAPIC1 to "artist3", we should not be
// able to add a new APIC frame with owner identifier "artist3"
}
// COMM test
COMMID3V2Frame oCOMM1 = null, oCOMM2 = null, oCOMM3 = null;
try
{
oCOMM1 = new COMMID3V2Frame("eng", "short1", "Comment 1.");
oID3V2_3_0Tag.addCOMMFrame(oCOMM1);
oCOMM2 = new COMMID3V2Frame("eng", "short2", "Comment 2.");
oID3V2_3_0Tag.addCOMMFrame(oCOMM2);
}
catch (Exception e)
{
fail("We should have been able to create the first two COMM frames.");
}
try
{
oCOMM2.setComment("eng", "short1", "Comment 2.");
fail("We should not have been able to set two COMM frames with the same language and short description.");
}
catch (Exception e)
{
// we should be here.. because there already was a COMM frame with language "eng" and short description
// "short1", and we tried to set another with the same value
}
try
{
oCOMM1.setComment("eng", "short3", "Comment 1.");
oCOMM3 = new COMMID3V2Frame("eng", "short3", "Comment 3.");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third COMM frmaes.");
}
try
{
oID3V2_3_0Tag.addCOMMFrame(oCOMM3);
fail("We should not have been able to add a new COMM frame with the same language and short description as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the short description of oCOMM1 to "short3", we should not be
// able to add a new COMM frame with the same language "eng" and short description "short3"
}
// ENCR test
ENCRID3V2Frame oENCR1 = null, oENCR2 = null, oENCR3 = null;
try
{
oENCR1 = new ENCRID3V2Frame("owner1", (byte)0x81, new byte[] { 0x01 });
oID3V2_3_0Tag.addENCRFrame(oENCR1);
oENCR2 = new ENCRID3V2Frame("owner2", (byte)0x82, new byte[] { 0x02 });
oID3V2_3_0Tag.addENCRFrame(oENCR2);
}
catch (Exception e)
{
fail("We should have been able to create the first two ENCR frames.");
}
try
{
oENCR2.setEncryptionDetails("owner1", (byte)0x81, new byte[] { 0x01 });
fail("We should not have been able to set two ENCR frames with the same method symbol and owner identifier.");
}
catch (Exception e)
{
// we should be here.. because there already was an ENCR frame with method symbol 0x81 and owner identifier
// "owner1", and we tried to set another with the same values
}
try
{
oENCR1.setEncryptionDetails("owner3", (byte)0x81, new byte[] { 0x01 });
oENCR3 = new ENCRID3V2Frame("owner3", (byte)0x83, new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third ENCR frmaes.");
}
try
{
oID3V2_3_0Tag.addENCRFrame(oENCR3);
fail("We should not have been able to add a new ENCR frame with the same owner identifier as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the owner identifier of oENCR1 to "owner3", we should not be
// able to add a new ENCR frame with the same owner identifier
}
try
{
oENCR1.setEncryptionDetails("owner1", (byte)0x81, new byte[] { 0x01 });
oENCR3 = new ENCRID3V2Frame("owner3", (byte)0x81, new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and recreate the third ENCR frmaes.");
}
try
{
oID3V2_3_0Tag.addENCRFrame(oENCR3);
fail("We should not have been able to add a new ENCR frame with the same method symbol as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the method symbol of oENCR1 to 0x81, we should not be
// able to add a new ENCR frame with the same method symbol
}
// GEOB test
GEOBID3V2Frame oGEOB1 = null, oGEOB2 = null, oGEOB3 = null;
try
{
oGEOB1 = new GEOBID3V2Frame("text/html", "filename1.html", "contentdescription1", new byte[] { 0x01 });
oID3V2_3_0Tag.addGEOBFrame(oGEOB1);
oGEOB2 = new GEOBID3V2Frame("text/html", "filename2.html", "contentdescription2", new byte[] { 0x02 });
oID3V2_3_0Tag.addGEOBFrame(oGEOB2);
}
catch (Exception e)
{
fail("We should have been able to create the first two GEOB frames.");
}
try
{
oGEOB2.setEncapsulatedObject("text/html", "filename2.html", "contentdescription1", new byte[] { 0x02 });
fail("We should not have been able to set two GEOB frames with the same content description.");
}
catch (Exception e)
{
// we should be here.. because there already was a GEOB frame with content description
// "contentdescription1", and we tried to set another with the same value
}
try
{
oGEOB1.setEncapsulatedObject("text/html", "filename1.html", "contentdescription3", new byte[] { 0x01 });
oGEOB3 = new GEOBID3V2Frame("text/html", "filename3.html", "contentdescription3", new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third GEOB frmaes.");
}
try
{
oID3V2_3_0Tag.addGEOBFrame(oGEOB3);
fail("We should not have been able to add a new GEOB frame with the same content description as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the content description of oGEOB1 to "contentdescription3",
// we should not be able to add a new GEOB frame with the same content description
}
// GRID test
GRIDID3V2Frame oGRID1 = null, oGRID2 = null, oGRID3 = null;
try
{
oGRID1 = new GRIDID3V2Frame("owner1", (byte)0x01, new byte[] { 0x01 });
oID3V2_3_0Tag.addGRIDFrame(oGRID1);
oGRID2 = new GRIDID3V2Frame("owner2", (byte)0x02, new byte[] { 0x02 });
oID3V2_3_0Tag.addGRIDFrame(oGRID2);
}
catch (Exception e)
{
fail("We should have been able to create the first two GRID frames.");
}
try
{
oGRID2.setGroupIdentificationRegistration("owner1", (byte)0x01, new byte[] { 0x02 });
fail("We should not have been able to set two GRID frames with the same group symbol and owner identifier.");
}
catch (Exception e)
{
// we should be here.. because there already was a GRID frame with method symbol 0x01 and owner identifier
// "owner1", and we tried to set another with the same values
}
try
{
oGRID1.setGroupIdentificationRegistration("owner3", (byte)0x01, new byte[] { 0x01 });
oGRID3 = new GRIDID3V2Frame("owner3", (byte)0x03, new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third GRID frmaes.");
}
try
{
oID3V2_3_0Tag.addGRIDFrame(oGRID3);
fail("We should not have been able to add a new GRID frame with the same owner identifier as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the owner identifier of oGRID1 to "owner3", we should not be
// able to add a new GRID frame with the same owner identifier
}
try
{
oGRID1.setGroupIdentificationRegistration("owner1", (byte)0x01, new byte[] { 0x01 });
oGRID3 = new GRIDID3V2Frame("owner3", (byte)0x01, new byte[] { 0x03 });
}
catch (Exception e)
{
fail("We should have been able to modify the first and recreate the third GRID frmaes.");
}
try
{
oID3V2_3_0Tag.addGRIDFrame(oGRID3);
fail("We should not have been able to add a new GRID frame with the same method symbol as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the method symbol of oGRID1 to 0x01, we should not be
// able to add a new GRID frame with the same method symbol
}
// LINK test
LINKID3V2Frame oLINK1 = null, oLINK2 = null, oLINK3 = null;
try
{
oLINK1 = new LINKID3V2Frame("ABCD".getBytes(), "http://www.a.com", "additional1");
oID3V2_3_0Tag.addLINKFrame(oLINK1);
oLINK2 = new LINKID3V2Frame("EFGH".getBytes(), "http://www.b.com", "additional2");
oID3V2_3_0Tag.addLINKFrame(oLINK2);
}
catch (Exception e)
{
fail("We should have been able to create the first two LINK frames.");
}
try
{
oLINK2.setContents("ABCD".getBytes(), "http://www.a.com", "additional1");
fail("We should not have been able to set two LINK frames with the same contents.");
}
catch (Exception e)
{
// we should be here.. because there already was a LINK frame with the same contents
}
try
{
oLINK1.setContents("IJKL".getBytes(), "http://www.c.com", "additional3");
oLINK3 = new LINKID3V2Frame("IJKL".getBytes(), "http://www.c.com", "additional3");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third LINK frmaes.");
}
try
{
oID3V2_3_0Tag.addLINKFrame(oLINK3);
fail("We should not have been able to add a new LINK frame with the same contents as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the content description of oLINK1,
// we should not be able to add a new LINK frame with the same contents
}
// POPM test
POPMID3V2Frame oPOPM1 = null, oPOPM2 = null, oPOPM3 = null;
try
{
oPOPM1 = new POPMID3V2Frame("a@b.com", 1, 1);
oID3V2_3_0Tag.addPOPMFrame(oPOPM1);
oPOPM2 = new POPMID3V2Frame("b@c.com", 2, 2);
oID3V2_3_0Tag.addPOPMFrame(oPOPM2);
}
catch (Exception e)
{
fail("We should have been able to create the first two POPM frames.");
}
try
{
oPOPM2.setPopularity("a@b.com", 2, 2);
fail("We should not have been able to set two POPM frames with the same email address.");
}
catch (Exception e)
{
// we should be here.. because there already was a POPM frame with the same email address
}
try
{
oPOPM1.setPopularity("c@d.com", 3, 3);
oPOPM3 = new POPMID3V2Frame("c@d.com", 3, 3);
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third POPM frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addPOPMFrame(oPOPM3);
fail("We should not have been able to add a new POPM frame with the same email address as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the email address of oPOPM1,
// we should not be able to add a new POPM frame with the same email address
}
// PRIV test
PRIVID3V2Frame oPRIV1 = null, oPRIV2 = null, oPRIV3 = null;
try
{
oPRIV1 = new PRIVID3V2Frame("http://www.a.com", "additional1".getBytes());
oID3V2_3_0Tag.addPRIVFrame(oPRIV1);
oPRIV2 = new PRIVID3V2Frame("http://www.b.com", "additional2".getBytes());
oID3V2_3_0Tag.addPRIVFrame(oPRIV2);
}
catch (Exception e)
{
fail("We should have been able to create the first two PRIV frames: " + ID3Exception.getStackTrace(e));
}
try
{
oPRIV2.setPrivateInformation("http://www.a.com", "additional1".getBytes());
fail("We should not have been able to set two PRIV frames with the same contents.");
}
catch (Exception e)
{
// we should be here.. because there already was a PRIV frame with the same contents
}
try
{
oPRIV1.setPrivateInformation("http://www.c.com", "additional3".getBytes());
oPRIV3 = new PRIVID3V2Frame("http://www.c.com", "additional3".getBytes());
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third PRIV frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addPRIVFrame(oPRIV3);
fail("We should not have been able to add a new PRIV frame with the same contents as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the contents of oPRIV1,
// we should not be able to add a new PRIV frame with the same contents
}
// SYLT test
SYLTID3V2Frame oSYLT1 = null, oSYLT2 = null, oSYLT3 = null;
try
{
oSYLT1 = new SYLTID3V2Frame("eng", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, SYLTID3V2Frame.ContentType.CHORD, "contentdescriptor1");
oID3V2_3_0Tag.addSYLTFrame(oSYLT1);
oSYLT2 = new SYLTID3V2Frame("eng", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, SYLTID3V2Frame.ContentType.CHORD, "contentdescriptor2");
oID3V2_3_0Tag.addSYLTFrame(oSYLT2);
}
catch (Exception e)
{
fail("We should have been able to create the first two SYLT frames: " + ID3Exception.getStackTrace(e));
}
try
{
oSYLT2.setContentDescriptor("contentdescriptor1");
fail("We should not have been able to set two SYLT frames with the same language and content descriptor.");
}
catch (Exception e)
{
// we should be here.. because there already was a SYLT frame with the same language and content descriptor
}
try
{
oSYLT1.setContentDescriptor("contentdescriptor3");
oSYLT3 = new SYLTID3V2Frame("eng", SYLTID3V2Frame.TimestampFormat.ABSOLUTE_MILLISECONDS, SYLTID3V2Frame.ContentType.CHORD, "contentdescriptor3");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third SYLT frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addSYLTFrame(oSYLT3);
fail("We should not have been able to add a new SYLT frame with the same language and content descriptor as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the content descriptor of oSYLT1,
// we should not be able to add a new SYLT frame with the same language and content descriptor
}
// TXXX test
TXXXTextInformationID3V2Frame oTXXX1 = null, oTXXX2 = null, oTXXX3 = null;
try
{
oTXXX1 = new TXXXTextInformationID3V2Frame("description1", "information1");
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX1);
oTXXX2 = new TXXXTextInformationID3V2Frame("description2", "information2");
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX2);
}
catch (Exception e)
{
fail("We should have been able to create the first two TXXX frames: " + ID3Exception.getStackTrace(e));
}
try
{
oTXXX2.setDescriptionAndInformation("description1", "information2");
fail("We should not have been able to set two TXXX frames with the same description.");
}
catch (Exception e)
{
// we should be here.. because there already was a TXXX frame with the same description
}
try
{
oTXXX1.setDescriptionAndInformation("description3", "information1");
oTXXX3 = new TXXXTextInformationID3V2Frame("description3", "information3");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third TXXX frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addTXXXTextInformationFrame(oTXXX3);
fail("We should not have been able to add a new TXXX frame with the same description as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the description of oTXXX1,
// we should not be able to add a new TXXX frame with the same description
}
// UFID test
UFIDID3V2Frame oUFID1 = null, oUFID2 = null, oUFID3 = null;
try
{
oUFID1 = new UFIDID3V2Frame("owner1", "identifier1".getBytes());
oID3V2_3_0Tag.addUFIDFrame(oUFID1);
oUFID2 = new UFIDID3V2Frame("owner2", "identifier2".getBytes());
oID3V2_3_0Tag.addUFIDFrame(oUFID2);
}
catch (Exception e)
{
fail("We should have been able to create the first two UFID frames: " + ID3Exception.getStackTrace(e));
}
try
{
oUFID2.setUniqueIdentifier("owner1", "identifier2".getBytes());
fail("We should not have been able to set two UFID frames with the same owner identifier.");
}
catch (Exception e)
{
// we should be here.. because there already was a UFID frame with the same owner identifier
}
try
{
oUFID1.setUniqueIdentifier("owner3", "identifier1".getBytes());
oUFID3 = new UFIDID3V2Frame("owner3", "identifier3".getBytes());
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third UFID frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addUFIDFrame(oUFID3);
fail("We should not have been able to add a new UFID frame with the same owner identifier as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the content descriptor of oUFID1,
// we should not be able to add a new UFID frame with the same owner identifier
}
// USLT test
USLTID3V2Frame oUSLT1 = null, oUSLT2 = null, oUSLT3 = null;
try
{
oUSLT1 = new USLTID3V2Frame("eng", "contentdescriptor1", "lyrics1");
oID3V2_3_0Tag.addUSLTFrame(oUSLT1);
oUSLT2 = new USLTID3V2Frame("eng", "contentdescriptor2", "lyrics2");
oID3V2_3_0Tag.addUSLTFrame(oUSLT2);
}
catch (Exception e)
{
fail("We should have been able to create the first two USLT frames: " + ID3Exception.getStackTrace(e));
}
try
{
oUSLT2.setContentDescriptor("contentdescriptor1");
fail("We should not have been able to set two USLT frames with the same language and content descriptor.");
}
catch (Exception e)
{
// we should be here.. because there already was a USLT frame with the same language and content descriptor
}
try
{
oUSLT1.setContentDescriptor("contentdescriptor3");
oUSLT3 = new USLTID3V2Frame("eng", "contentdescriptor3", "lyrics3");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third USLT frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addUSLTFrame(oUSLT3);
fail("We should not have been able to add a new USLT frame with the same language and content descriptor as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the content descriptor of oUSLT1,
// we should not be able to add a new USLT frame with the same language and content descriptor
}
// WCOM test
WCOMUrlLinkID3V2Frame oWCOM1 = null, oWCOM2 = null, oWCOM3 = null;
try
{
oWCOM1 = new WCOMUrlLinkID3V2Frame("http://www.a.com");
oID3V2_3_0Tag.addWCOMUrlLinkFrame(oWCOM1);
oWCOM2 = new WCOMUrlLinkID3V2Frame("http://www.b.com");
oID3V2_3_0Tag.addWCOMUrlLinkFrame(oWCOM2);
}
catch (Exception e)
{
fail("We should have been able to create the first two WCOM frames: " + ID3Exception.getStackTrace(e));
}
try
{
oWCOM2.setCommercialInformation("http://www.a.com");
fail("We should not have been able to set two WCOM frames with the same URL.");
}
catch (Exception e)
{
// we should be here.. because there already was a WCOM frame with the same URL
}
try
{
oWCOM1.setCommercialInformation("http://www.c.com");
oWCOM3 = new WCOMUrlLinkID3V2Frame("http://www.c.com");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third WCOM frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addWCOMUrlLinkFrame(oWCOM3);
fail("We should not have been able to add a new WCOM frame with the same URL as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the URL of oWCOM1,
// we should not be able to add a new WCOM frame with the same URL
}
// WOAR test
WOARUrlLinkID3V2Frame oWOAR1 = null, oWOAR2 = null, oWOAR3 = null;
try
{
oWOAR1 = new WOARUrlLinkID3V2Frame("http://www.a.com");
oID3V2_3_0Tag.addWOARUrlLinkFrame(oWOAR1);
oWOAR2 = new WOARUrlLinkID3V2Frame("http://www.b.com");
oID3V2_3_0Tag.addWOARUrlLinkFrame(oWOAR2);
}
catch (Exception e)
{
fail("We should have been able to create the first two WOAR frames: " + ID3Exception.getStackTrace(e));
}
try
{
oWOAR2.setOfficialArtistWebPage("http://www.a.com");
fail("We should not have been able to set two WOAR frames with the same URL.");
}
catch (Exception e)
{
// we should be here.. because there already was a WOAR frame with the same URL
}
try
{
oWOAR1.setOfficialArtistWebPage("http://www.c.com");
oWOAR3 = new WOARUrlLinkID3V2Frame("http://www.c.com");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third WOAR frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addWOARUrlLinkFrame(oWOAR3);
fail("We should not have been able to add a new WOAR frame with the same URL as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the URL of oWOAR1,
// we should not be able to add a new WOAR frame with the same URL
}
// WXXX test
WXXXUrlLinkID3V2Frame oWXXX1 = null, oWXXX2 = null, oWXXX3 = null;
try
{
oWXXX1 = new WXXXUrlLinkID3V2Frame("description1", "http://www.a.com");
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX1);
oWXXX2 = new WXXXUrlLinkID3V2Frame("description2", "http://www.b.com");
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX2);
}
catch (Exception e)
{
fail("We should have been able to create the first two WXXX frames: " + ID3Exception.getStackTrace(e));
}
try
{
oWXXX2.setDescriptionAndUrl("description1", "http://www.b.com");
fail("We should not have been able to set two WXXX frames with the same description.");
}
catch (Exception e)
{
// we should be here.. because there already was a WXXX frame with the same description
}
try
{
oWXXX1.setDescriptionAndUrl("description3", "http://www.a.com");
oWXXX3 = new WXXXUrlLinkID3V2Frame("description3", "http://www.c.com");
}
catch (Exception e)
{
fail("We should have been able to modify the first and create the third WXXX frmaes: " + ID3Exception.getStackTrace(e));
}
try
{
oID3V2_3_0Tag.addWXXXUrlLinkFrame(oWXXX3);
fail("We should not have been able to add a new WXXX frame with the same description as an existing frame.");
}
catch (Exception e)
{
// we should be here.. because after we changed the URL of oWXXX1,
// we should not be able to add a new WXXX frame with the same description
}
}
/** Test with encryption that leaves the byte array the same length. */
public void testEncryption1()
{
ROTCryptoAgent oROTAgent = new ROTCryptoAgent();
ID3Encryption.getInstance().registerCryptoAgent(oROTAgent);
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
ENCRID3V2Frame oENCR = new ENCRID3V2Frame(oROTAgent.getOwnerIdentifier(), (byte)0x89, new byte[] { 0x01 });
oID3V2_3_0Tag.addENCRFrame(oENCR);
TPE1TextInformationID3V2Frame oTPE1 = new TPE1TextInformationID3V2Frame("hello");
oTPE1.setEncryption((byte)0x89);
oID3V2_3_0Tag.setTPE1TextInformationFrame(oTPE1);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'ENCR<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>jid3-rot1<bh:00><bh:89><bh:01>TPE1<bh:00><bh:00><bh:00><bh:07><bh:00>@<bh:89><bh:01>ifmmp";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
/** Test with encryption that changes the length of the byte array. */
public void testEncryption2()
{
ExpandCryptoAgent oExpandAgent = new ExpandCryptoAgent();
ID3Encryption.getInstance().registerCryptoAgent(oExpandAgent);
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
ENCRID3V2Frame oENCR = new ENCRID3V2Frame(oExpandAgent.getOwnerIdentifier(), (byte)0x89, new byte[] { 0x01 });
oID3V2_3_0Tag.addENCRFrame(oENCR);
TPE1TextInformationID3V2Frame oTPE1 = new TPE1TextInformationID3V2Frame("hello");
oTPE1.setEncryption((byte)0x89);
oID3V2_3_0Tag.setTPE1TextInformationFrame(oTPE1);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>6ENCR<bh:00><bh:00><bh:00><bh:09><bh:00><bh:00>expand<bh:00><bh:89><bh:01>TPE1<bh:00><bh:00><bh:00><bh:19><bh:00>@<bh:89><bh:00><bh:00><bh:00><bh:00><bh:00><bh:00><bh:00>h<bh:00><bh:00><bh:00>e<bh:00><bh:00><bh:00>l<bh:00><bh:00><bh:00>l<bh:00><bh:00><bh:00>o";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testEncryptionWithCompression()
{
ROTCryptoAgent oROTAgent = new ROTCryptoAgent();
ID3Encryption.getInstance().registerCryptoAgent(oROTAgent);
try
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
ENCRID3V2Frame oENCR = new ENCRID3V2Frame(oROTAgent.getOwnerIdentifier(), (byte)0x89, new byte[] { 0x01 });
oID3V2_3_0Tag.addENCRFrame(oENCR);
TPE1TextInformationID3V2Frame oTPE1 = new TPE1TextInformationID3V2Frame("hello");
oTPE1.setEncryption((byte)0x89);
oID3V2_3_0Tag.setTPE1TextInformationFrame(oTPE1);
oTPE1.setCompressionFlag(true);
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>3ENCR<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>jid3-rot1<bh:00><bh:89><bh:01>TPE1<bh:00><bh:00><bh:00><bh:13><bh:00><bh:c0><bh:00><bh:00><bh:00><bh:06><bh:89>y<bh:9d>d<bh:c9>I<bh:ce><bh:ca><bh:ca><bh:08><bh:01><bh:07>.<bh:03><bh:16>";
runTagVerifyTest(oID3V2_3_0Tag, sPrefix);
}
catch (Exception e)
{
fail(ID3Exception.getStackTrace(e));
}
}
public void testEncryptionNotSupported()
{
try
{
// create a tag with an encrypted TPE1 frame that has no registered agent
String sPrefix = "ID3<bh:03><bh:00><bh:00><bh:00><bh:00><bh:00>'ENCR<bh:00><bh:00><bh:00><bh:0c><bh:00><bh:00>jid3-????<bh:00><bh:89><bh:01>TPE1<bh:00><bh:00><bh:00><bh:06><bh:00>@<bh:89><bh:01>ifmmp";
String sSourceFile = AllTests.s_RootPath + "id3_v2_3_0_encrypted.mp3";
FileInputStream oFIS = null;
FileOutputStream oFOS = null;
try
{
oFIS = new FileInputStream(AllTests.s_RootPath + "notags.mp3");
oFOS = new FileOutputStream(sSourceFile);
// start with invalid tag
oFOS.write(ID3Util.convertFrhedToByteArray(sPrefix));
// copy mp3 file over
byte[] abyBuffer = new byte[16384];
int iNumRead;
while ((iNumRead = oFIS.read(abyBuffer)) != -1)
{
oFOS.write(abyBuffer, 0, iNumRead);
}
oFOS.flush();
}
finally
{
try { oFIS.close(); } catch (Exception e) {}
try { oFOS.close(); } catch (Exception e) {}
}
// now, try to read this file, non-strict
ID3Tag.useStrict(false);
MediaFile oMediaFile = new MP3File(new File(sSourceFile));
try
{
ID3Tag[] aoID3Tag = oMediaFile.getTags();
ID3V2_3_0Tag oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
TPE1TextInformationID3V2Frame oTPE1 = oID3V2_3_0Tag.getTPE1TextInformationFrame();
if (oTPE1 != null)
{
fail("In non-strict mode, we should not have been able to read a frame encrypted with a method that is not registered.");
}
EncryptedID3V2Frame[] aoEncrypted = oID3V2_3_0Tag.getEncryptedFrames();
if (aoEncrypted.length != 1)
{
fail("In non-strict mode, we should be able to access a frame still encrypted with a method that is not registered.");
}
if ( ! (new String(aoEncrypted[0].getEncryptedFrameId()).equals("TPE1")))
{
fail("In non-strict mode, the encrypted frame we read should have been a TPE1 frame.");
}
}
catch (Exception e)
{
fail("With non-strict setting, reading this file with an unsupported encrypted frame should not have generated an exception: " + ID3Exception.getStackTrace(e));
}
// now, try to read this file, strict
ID3Tag.useStrict(true);
oMediaFile = new MP3File(new File(sSourceFile));
try
{
ID3Tag[] aoID3Tag = oMediaFile.getTags();
ID3V2_3_0Tag oID3V2_3_0Tag = (ID3V2_3_0Tag)aoID3Tag[0];
TPE1TextInformationID3V2Frame oTPE1 = oID3V2_3_0Tag.getTPE1TextInformationFrame();
if (oTPE1 != null)
{
fail("In strict mode, we should not have been able to read a frame encrypted with a method that is not registered.");
}
EncryptedID3V2Frame[] aoEncrypted = oID3V2_3_0Tag.getEncryptedFrames();
if (aoEncrypted.length != 1)
{
fail("In strict mode, we should be able to access a frame still encrypted with a method that is not registered.");
}
if ( ! (new String(aoEncrypted[0].getEncryptedFrameId()).equals("TPE1")))
{
fail("In strict mode, the encrypted frame we read should have been a TPE1 frame.");
}
}
catch (Exception e)
{
fail("With strict setting, reading this file with an unsupported encrypted frame should not have generated an exception: " + ID3Exception.getStackTrace(e));
}
}
catch (Exception e)
{
fail("Unexpected " + e.getClass().getName() + " exception: " + ID3Exception.getStackTrace(e));
}
}
public class ROTCryptoAgent implements ICryptoAgent
{
public byte[] decrypt(byte[] abyEncryptedData, byte[] abyEncryptionData)
throws ID3CryptException
{
int iDiff = abyEncryptionData[0];
byte[] abyDecrypted = new byte[abyEncryptedData.length];
for (int i=0; i < abyEncryptedData.length; i++)
{
abyDecrypted[i] = (byte)(abyEncryptedData[i] - iDiff);
}
return abyDecrypted;
}
public byte[] encrypt(byte[] abyRawData, byte[] abyEncryptionData)
throws ID3CryptException
{
int iDiff = abyEncryptionData[0];
byte[] abyEncrypted = new byte[abyRawData.length];
for (int i=0; i < abyRawData.length; i++)
{
abyEncrypted[i] = (byte)(abyRawData[i] + iDiff);
}
return abyEncrypted;
}
public String getOwnerIdentifier()
{
return "jid3-rot1";
}
}
public class ExpandCryptoAgent implements ICryptoAgent
{
public byte[] decrypt(byte[] abyEncryptedData, byte[] abyEncryptionData)
throws ID3CryptException
{
ByteArrayInputStream oBAIS = new ByteArrayInputStream(abyEncryptedData);
ID3DataInputStream oIDIS = new ID3DataInputStream(oBAIS);
ByteArrayOutputStream oBAOS = new ByteArrayOutputStream();
try
{
while (oIDIS.available() > 0)
{
oBAOS.write(oIDIS.readBE32());
}
}
catch (IOException e) {}
return oBAOS.toByteArray();
}
public byte[] encrypt(byte[] abyRawData, byte[] abyEncryptionData)
throws ID3CryptException
{
ByteArrayOutputStream oBAOS = new ByteArrayOutputStream();
ID3DataOutputStream oIDOS = new ID3DataOutputStream(oBAOS);
try
{
for (int i=0; i < abyRawData.length; i++)
{
oIDOS.writeBE32(abyRawData[i]);
}
}
catch (IOException e) {}
return oBAOS.toByteArray();
}
public String getOwnerIdentifier()
{
return "expand";
}
}
public class DummyCryptoAgent implements ICryptoAgent
{
public byte[] decrypt(byte[] abyEncryptedData, byte[] abyEncryptionData)
throws ID3CryptException
{
return abyEncryptedData;
}
public byte[] encrypt(byte[] abyRawData, byte[] abyEncryptionData)
throws ID3CryptException
{
return abyRawData;
}
public String getOwnerIdentifier()
{
return "dummy";
}
}
}