package gnu.testlet.gnu.crypto.mode;
// ----------------------------------------------------------------------------
// $Id: TestOfECB.java,v 1.3 2005/10/06 04:24:20 rsdio Exp $
//
// Copyright (C) 2001, 2002, 2003 Free Software Foundation, Inc.
//
// This file is part of GNU Crypto.
//
// GNU Crypto is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 2, or (at your option)
// any later version.
//
// GNU Crypto is distributed in the hope that it will be useful, but
// WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
// General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program; see the file COPYING. If not, write to the
//
// Free Software Foundation Inc.,
// 51 Franklin Street, Fifth Floor,
// Boston, MA 02110-1301
// USA
//
// Linking this library statically or dynamically with other modules is
// making a combined work based on this library. Thus, the terms and
// conditions of the GNU General Public License cover the whole
// combination.
//
// As a special exception, the copyright holders of this library give
// you permission to link this library with independent modules to
// produce an executable, regardless of the license terms of these
// independent modules, and to copy and distribute the resulting
// executable under terms of your choice, provided that you also meet,
// for each linked independent module, the terms and conditions of the
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// library, you may extend this exception to your version of the
// library, but you are not obligated to do so. If you do not wish to
// do so, delete this exception statement from your version.
// ----------------------------------------------------------------------------
// Tags: GNU-CRYPTO
import gnu.crypto.Registry;
import gnu.crypto.mode.IMode;
import gnu.crypto.mode.ModeFactory;
import gnu.crypto.util.Util;
import gnu.testlet.TestHarness;
import gnu.testlet.Testlet;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Map;
/**
* <p>Conformance tests of the ECB implementation.</p>
*
* <p>References:</p>
* <ol>
* <li><a href="http://csrc.nist.gov/encryption/modes/Recommendation/Modes01.pdf">
* Recommendation for Block Cipher Modes of Operation Methods and Techniques</a>,
* Morris Dworkin.</li>
* </ol>
*
* @version $Revision: 1.3 $
*/
public class TestOfECB implements Testlet {
// Constants and variables
// -------------------------------------------------------------------------
private byte[] key, pt1, ct1, pt2, ct2, pt3, ct3, pt4, ct4, pt, ct;
private IMode mode;
private Map attributes = new HashMap();
// Constructor(s)
// -------------------------------------------------------------------------
// default 0-arguments constructor
// Class methods
// -------------------------------------------------------------------------
// Instance methods
// -------------------------------------------------------------------------
public void test(TestHarness harness) {
harness.checkPoint("TestOfECB.testAES128");
/** F.1.1 ECB-AES128-Encrypt and F.1.2 ECB-AES128-Decrypt. */
key = Util.toBytesFromUnicode("\u2b7e\u1516\u28ae\ud2a6\uabf7\u1588\u09cf\u4f3c");
pt1 = Util.toBytesFromUnicode("\u6bc1\ubee2\u2e40\u9f96\ue93d\u7e11\u7393\u172a");
ct1 = Util.toBytesFromUnicode("\u3ad7\u7bb4\u0d7a\u3660\ua89e\ucaf3\u2466\uef97");
pt2 = Util.toBytesFromUnicode("\uae2d\u8a57\u1e03\uac9c\u9eb7\u6fac\u45af\u8e51");
ct2 = Util.toBytesFromUnicode("\uf5d3\ud585\u03b9\u699d\ue785\u895a\u96fd\ubaaf");
pt3 = Util.toBytesFromUnicode("\u30c8\u1c46\ua35c\ue411\ue5fb\uc119\u1a0a\u52ef");
ct3 = Util.toBytesFromUnicode("\u43b1\ucd7f\u598e\uce23\u881b\u00e3\ued03\u0688");
pt4 = Util.toBytesFromUnicode("\uf69f\u2445\udf4f\u9b17\uad2b\u417b\ue66c\u3710");
ct4 = Util.toBytesFromUnicode("\u7b0c\u785e\u27e8\uad3f\u8223\u2071\u0472\u5dd4");
ct = new byte[16];
pt = new byte[16];
mode = ModeFactory.getInstance(Registry.ECB_MODE, Registry.AES_CIPHER, 128/8);
attributes.clear();
attributes.put(IMode.KEY_MATERIAL, key);
try {
// encryption ........................................................
attributes.put(IMode.STATE, new Integer(IMode.ENCRYPTION));
mode.init(attributes);
mode.update(pt1, 0, ct, 0);
harness.check(Arrays.equals(ct, ct1), "ECB-AES128-Decrypt block #1");
mode.update(pt2, 0, ct, 0);
harness.check(Arrays.equals(ct, ct2), "ECB-AES128-Decrypt block #2");
mode.update(pt3, 0, ct, 0);
harness.check(Arrays.equals(ct, ct3), "ECB-AES128-Decrypt block #3");
mode.update(pt4, 0, ct, 0);
harness.check(Arrays.equals(ct, ct4), "ECB-AES128-Decrypt block #4");
// decryption ........................................................
mode.reset();
attributes.put(IMode.STATE, new Integer(IMode.DECRYPTION));
mode.init(attributes);
mode.update(ct1, 0, pt, 0);
harness.check(Arrays.equals(pt, pt1), "ECB-AES128-Decrypt block #1");
mode.update(ct2, 0, pt, 0);
harness.check(Arrays.equals(pt, pt2), "ECB-AES128-Decrypt block #2");
mode.update(ct3, 0, pt, 0);
harness.check(Arrays.equals(pt, pt3), "ECB-AES128-Decrypt block #3");
mode.update(ct4, 0, pt, 0);
harness.check(Arrays.equals(pt, pt4), "ECB-AES128-Decrypt block #4");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfECB.testAES128");
}
harness.checkPoint("TestOfECB.testAES192");
/** F.1.3 ECB-AES192-Encrypt and F.1.4 ECB-AES192-Decrypt. */
key = Util.toBytesFromUnicode("\u8e73\ub0f7\uda0e\u6452\uc810\uf32b\u8090\u79e5"+
"\u62f8\uead2\u522c\u6b7b");
pt1 = Util.toBytesFromUnicode("\u6bc1\ubee2\u2e40\u9f96\ue93d\u7e11\u7393\u172a");
ct1 = Util.toBytesFromUnicode("\ubd33\u4f1d\u6e45\uf25f\uf712\ua214\u571f\ua5cc");
pt2 = Util.toBytesFromUnicode("\uae2d\u8a57\u1e03\uac9c\u9eb7\u6fac\u45af\u8e51");
ct2 = Util.toBytesFromUnicode("\u9741\u0484\u6d0a\ud3ad\u7734\uecb3\uecee\u4eef");
pt3 = Util.toBytesFromUnicode("\u30c8\u1c46\ua35c\ue411\ue5fb\uc119\u1a0a\u52ef");
ct3 = Util.toBytesFromUnicode("\uef7a\ufd22\u70e2\ue60a\udce0\uba2f\uace6\u444e");
pt4 = Util.toBytesFromUnicode("\uf69f\u2445\udf4f\u9b17\uad2b\u417b\ue66c\u3710");
ct4 = Util.toBytesFromUnicode("\u9a4b\u41ba\u738d\u6c72\ufb16\u6916\u03c1\u8e0e");
ct = new byte[16];
pt = new byte[16];
mode = ModeFactory.getInstance(Registry.ECB_MODE, Registry.AES_CIPHER, 128/8);
attributes.clear();
attributes.put(IMode.KEY_MATERIAL, key);
try {
// encryption ........................................................
attributes.put(IMode.STATE, new Integer(IMode.ENCRYPTION));
mode.init(attributes);
mode.update(pt1, 0, ct, 0);
harness.check(Arrays.equals(ct, ct1), "ECB-AES192-Decrypt block #1");
mode.update(pt2, 0, ct, 0);
harness.check(Arrays.equals(ct, ct2), "ECB-AES192-Decrypt block #2");
mode.update(pt3, 0, ct, 0);
harness.check(Arrays.equals(ct, ct3), "ECB-AES192-Decrypt block #3");
mode.update(pt4, 0, ct, 0);
harness.check(Arrays.equals(ct, ct4), "ECB-AES192-Decrypt block #4");
// decryption ........................................................
mode.reset();
attributes.put(IMode.STATE, new Integer(IMode.DECRYPTION));
mode.init(attributes);
mode.update(ct1, 0, pt, 0);
harness.check(Arrays.equals(pt, pt1), "ECB-AES192-Decrypt block #1");
mode.update(ct2, 0, pt, 0);
harness.check(Arrays.equals(pt, pt2), "ECB-AES192-Decrypt block #2");
mode.update(ct3, 0, pt, 0);
harness.check(Arrays.equals(pt, pt3), "ECB-AES192-Decrypt block #3");
mode.update(ct4, 0, pt, 0);
harness.check(Arrays.equals(pt, pt4), "ECB-AES192-Decrypt block #4");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfECB.testAES192");
}
harness.checkPoint("TestOfECB.testAES256");
/** F.1.5 ECB-AES256-Encrypt and F.1.6 ECB-AES256-Decrypt. */
key = Util.toBytesFromUnicode("\u603d\ueb10\u15ca\u71be\u2b73\uaef0\u857d\u7781"+
"\u1f35\u2c07\u3b61\u08d7\u2d98\u10a3\u0914\udff4");
pt1 = Util.toBytesFromUnicode("\u6bc1\ubee2\u2e40\u9f96\ue93d\u7e11\u7393\u172a");
ct1 = Util.toBytesFromUnicode("\uf3ee\ud1bd\ub5d2\ua03c\u064b\u5a7e\u3db1\u81f8");
pt2 = Util.toBytesFromUnicode("\uae2d\u8a57\u1e03\uac9c\u9eb7\u6fac\u45af\u8e51");
ct2 = Util.toBytesFromUnicode("\u591c\ucb10\ud410\ued26\udc5b\ua74a\u3136\u2870");
pt3 = Util.toBytesFromUnicode("\u30c8\u1c46\ua35c\ue411\ue5fb\uc119\u1a0a\u52ef");
ct3 = Util.toBytesFromUnicode("\ub6ed\u21b9\u9ca6\uf4f9\uf153\ue7b1\ubeaf\ued1d");
pt4 = Util.toBytesFromUnicode("\uf69f\u2445\udf4f\u9b17\uad2b\u417b\ue66c\u3710");
ct4 = Util.toBytesFromUnicode("\u2330\u4b7a\u39f9\uf3ff\u067d\u8d8f\u9e24\uecc7");
ct = new byte[16];
pt = new byte[16];
mode = ModeFactory.getInstance(Registry.ECB_MODE, Registry.AES_CIPHER, 128/8);
attributes.clear();
attributes.put(IMode.KEY_MATERIAL, key);
try {
// encryption ........................................................
attributes.put(IMode.STATE, new Integer(IMode.ENCRYPTION));
mode.init(attributes);
mode.update(pt1, 0, ct, 0);
harness.check(Arrays.equals(ct, ct1), "ECB-AES256-Decrypt block #1");
mode.update(pt2, 0, ct, 0);
harness.check(Arrays.equals(ct, ct2), "ECB-AES256-Decrypt block #2");
mode.update(pt3, 0, ct, 0);
harness.check(Arrays.equals(ct, ct3), "ECB-AES256-Decrypt block #3");
mode.update(pt4, 0, ct, 0);
harness.check(Arrays.equals(ct, ct4), "ECB-AES256-Decrypt block #4");
// decryption ........................................................
mode.reset();
attributes.put(IMode.STATE, new Integer(IMode.DECRYPTION));
mode.init(attributes);
mode.update(ct1, 0, pt, 0);
harness.check(Arrays.equals(pt, pt1), "ECB-AES256-Decrypt block #1");
mode.update(ct2, 0, pt, 0);
harness.check(Arrays.equals(pt, pt2), "ECB-AES256-Decrypt block #2");
mode.update(ct3, 0, pt, 0);
harness.check(Arrays.equals(pt, pt3), "ECB-AES256-Decrypt block #3");
mode.update(ct4, 0, pt, 0);
harness.check(Arrays.equals(pt, pt4), "ECB-AES256-Decrypt block #4");
} catch (Exception x) {
harness.debug(x);
harness.fail("TestOfECB.testAES256");
}
}
}