Package org.apache.harmony.security.asn1

Examples of org.apache.harmony.security.asn1.ASN1Sequence

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     */
    public final void testGeneralizedEncoder() throws Exception {
        // full fractional seconds
        Date myDate = getGmtDate(1101980374187L);
        byte[] encoded =
            new DerOutputStream(gTime, myDate).encoded;
        String rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("full", "20041202093934.187Z", rep);

        // 2 digit fractional seconds (last 0 must be trimmed out)
        myDate = getGmtDate(1101980374180L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("2 fraction", "20041202093934.18Z", rep);

        // 1 digit fractional seconds (last 2 0s must be trimmed out)
        myDate = getGmtDate(1101980374100L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("1 fraction", "20041202093934.1Z", rep);

        // no fractional seconds (last 3 0s and "." must be trimmed out)
        myDate = getGmtDate(1101980374000L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("no fraction", "20041202093934Z", rep);

        // midnight
        SimpleDateFormat sdf =
            new SimpleDateFormat("dd.MM.yyyy HH:mm");
        sdf.setTimeZone(TimeZone.getTimeZone("UTC"));
        myDate = sdf.parse("06.06.2004 00:00");
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("midnight", "20040606000000Z", rep);
    }
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    private final void runTest(boolean useInputStream)
        throws IOException, ParseException {
        // full fractional seconds
        Date myDate = new Date(1101980374187L);
        byte[] encoded =
            new DerOutputStream(gTime, myDate).encoded;
        DerInputStream dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("full", myDate, gTime.decode(dis));

        // 2 digit fractional seconds (last 0 must be trimmed out)
        myDate = new Date(1101980374180L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("2 fraction", myDate, gTime.decode(dis));

        // 1 digit fractional seconds (last 2 0s must be trimmed out)
        myDate = new Date(1101980374100L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("1 fraction", myDate, gTime.decode(dis));

        // no fractional seconds (last 3 0s and "." must be trimmed out)
        myDate = new Date(1101980374000L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("no fraction", myDate, gTime.decode(dis));

        // midnight
        myDate = new SimpleDateFormat("MM.dd.yyyy HH:mm").
            parse("06.06.2004 00:00");
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("midnight", myDate, gTime.decode(dis));

        // date 100 ms
        myDate = new Date(100L);
        encoded =
            new DerOutputStream(gTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals("100ms", myDate, gTime.decode(dis));
    }
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     */
    public final void testUTCEncoder() throws Exception {
        // no fractional seconds (last 3 0s and "." must be trimmed out)
        Date myDate = getGmtDate(1101980374187L);
        byte[] encoded =
            new DerOutputStream(uTime, myDate).encoded;
        String rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("no fraction", "041202093934Z", rep);

        // midnight
        SimpleDateFormat sdf =
            new SimpleDateFormat("dd.MM.yyyy HH:mm");
        sdf.setTimeZone(TimeZone.getTimeZone("UTC"));
        myDate = sdf.parse("06.06.2004 00:00");
        encoded =
            new DerOutputStream(uTime, myDate).encoded;
        rep = new String(encoded, 2, encoded[1] & 0xff);
        assertEquals("midnight", "040606000000Z", rep);
    }
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    private final void runTest(boolean useInputStream)
        throws IOException, ParseException {
        Date myDate = new Date(1101980374187L);
        byte[] encoded =
            new DerOutputStream(uTime, myDate).encoded;
        DerInputStream dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        // the difference only fractional-seconds
        assertEquals(187, (myDate.getTime()-((Date)uTime.decode(dis)).getTime()));

        // midnight
        myDate = new SimpleDateFormat("MM.dd.yyyy HH:mm").
            parse("06.06.2004 00:00");
        encoded =
            new DerOutputStream(uTime, myDate).encoded;
        dis = useInputStream
        ? new DerInputStream(new ByteArrayInputStream(encoded))
        : new DerInputStream(encoded);
        assertEquals(myDate, uTime.decode(dis));
    }
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        // decoding true
        in = new DerInputStream(eTrue);
        assertEquals("Decoding true value", Boolean.TRUE, asn1.decode(in));

        // encoding false
        DerOutputStream out = new DerOutputStream(asn1, Boolean.FALSE);
        assertTrue("Encoding false value", Arrays.equals(eFalse, out.encoded));

        // encoding true
        out = new DerOutputStream(asn1, Boolean.TRUE);
        assertTrue("Encoding true value", Arrays.equals(eTrue, out.encoded));
    }
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    //FIXME need testcase for decoding invalid encodings

    public void testEncode() throws IOException {

        for (int i = 0; i < testcases.length; i++) {
            DerOutputStream out = new DerOutputStream(sequenceOf,
                    testcases[i][0]);
            assertTrue("Test case: " + i, Arrays.equals(
                    (byte[]) testcases[i][1], out.encoded));
        }
    }
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                    decoded.bytes));
        }

        // encoding
        for (int i = 0; i < validBitstring.length; i++) {
            DerOutputStream out = new DerOutputStream(asn1,
                    validBitstring[i][0]);
            assertTrue("Testcase: " + i, Arrays.equals(
                    (byte[]) validBitstring[i][1], out.encoded));
        }
    }
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                        new byte[] { 0x03, 0x03, 0x07, 0x00, (byte) 0x80 } } };

        ASN1NamedBitList encoder = new ASN1NamedBitList();

        for (int i = 0; i < testcaseBoolean.length; i++) {
            DerOutputStream out = new DerOutputStream(encoder,
                    testcaseBoolean[i][0]);
            assertTrue("Testcase: " + i, Arrays.equals(
                    (byte[]) testcaseBoolean[i][1], out.encoded));
        }
    }
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    //FIXME need testcase for decoding invalid encodings

    public void testEncode() throws IOException {

        for (int i = 0; i < taggedType.length; i++) {
            DerOutputStream out = new DerOutputStream(
                    (ASN1Type) taggedType[i][2], taggedType[i][0]);
            assertTrue("Test case: " + i, Arrays.equals(
                    (byte[]) taggedType[i][1], out.encoded));
        }
    }
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                            (byte[]) asn1.decode(in))); //returned
        }

        // encoding
        for (int i = 0; i < validTestcase.length; i++) {
            DerOutputStream out = new DerOutputStream(asn1, validTestcase[i][1]);
            assertTrue((validTestcase[i][0]).toString(), //message
                    Arrays.equals((byte[]) validTestcase[i][2], //expected
                            out.encoded));//returned
        }
    }
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