Examples of org.apache.directory.shared.util.GeneralizedTime

Package org.apache.directory.shared.util

Examples of org.apache.directory.shared.util.GeneralizedTime

org.apache.directory.shared.util.GeneralizedTime

This class represents the generalized time syntax as defined in RFC 4517 section 3.3.13.

The date, time and time zone information is internally backed by an {@link java.util.Calendar} object

Leap seconds are not supported, as {@link java.util.Calendar}does not support leap seconds.

 3.3.13.  Generalized Time A value of the Generalized Time syntax is a character string representing a date and time.  The LDAP-specific encoding of a value of this syntax is a restriction of the format defined in [ISO8601], and is described by the following ABNF: GeneralizedTime = century year month day hour [ minute [ second / leap-second ] ] [ fraction ] g-time-zone century = 2(%x30-39) ; "00" to "99" year    = 2(%x30-39) ; "00" to "99" month   =   ( %x30 %x31-39 ) ; "01" (January) to "09" / ( %x31 %x30-32 ) ; "10" to "12" day     =   ( %x30 %x31-39 )    ; "01" to "09" / ( %x31-32 %x30-39 ) ; "10" to "29" / ( %x33 %x30-31 )    ; "30" to "31" hour    = ( %x30-31 %x30-39 ) / ( %x32 %x30-33 ) ; "00" to "23" minute  = %x30-35 %x30-39                        ; "00" to "59" second      = ( %x30-35 %x30-39 ) ; "00" to "59" leap-second = ( %x36 %x30 )       ; "60" fraction        = ( DOT / COMMA ) 1*(%x30-39) g-time-zone     = %x5A  ; "Z" / g-differential g-differential  = ( MINUS / PLUS ) hour [ minute ] MINUS           = %x2D  ; minus sign ("-") The , , and  rules are defined in [RFC4512]. The above ABNF allows character strings that do not represent valid dates (in the Gregorian calendar) and/or valid times (e.g., February 31, 1994).  Such character strings SHOULD be considered invalid for this syntax. The time value represents coordinated universal time (equivalent to Greenwich Mean Time) if the "Z" form of  is used; otherwise, the value represents a local time in the time zone indicated by .  In the latter case, coordinated universal time can be calculated by subtracting the differential from the local time.  The "Z" form of  SHOULD be used in preference to . If  is omitted, then  represents a fraction of an hour; otherwise, if  and  are omitted, then  represents a fraction of a minute; otherwise,  represents a fraction of a second. Examples: 199412161032Z 199412160532-0500 Both example values represent the same coordinated universal time: 10:32 AM, December 16, 1994. The LDAP definition for the Generalized Time syntax is: ( 1.3.6.1.4.1.1466.115.121.1.24 DESC 'Generalized Time' ) This syntax corresponds to the GeneralizedTime ASN.1 type from [ASN.1], with the constraint that local time without a differential SHALL NOT be used.

    {
        // too short year
        String gt = "200";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in year
        gt = "2XX8";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // too short month
        gt = "20081";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in month
        gt = "20081X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // too short day
        gt = "2008122";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in day
        gt = "2008122X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // too short hour
        gt = "200812211";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in hour
        gt = "20081221X1";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // too short minute
        gt = "20081221121";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in minute
        gt = "20081221121X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // too short second
        gt = "2008122112131";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // non-digits in minute
        gt = "2008122112131X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // missing time zone
        gt = "2008010212";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // missing time zone
        gt = "200801021213";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // missing time zone
        gt = "20080102121314";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // no digit
        gt = "2008010212X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // no digit
        gt = "200801021213X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // no digit
        gt = "20080102121314X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // missing time zone
        gt = "20080102121314,1";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // time zone is not last char
        gt = "20080102121314ZX";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // time zone is not last char
        gt = "20080102121314+0430X";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected
        }


        // no fraction digit
        gt = "20080102121314,Z";
        try
        {
            new GeneralizedTime( gt );
            fail( "Expected ParseException" );
        }
        catch ( ParseException pe )
        {
            // expected

View Full Code Here

        calendar.set( Calendar.MINUTE, 13 );
        calendar.set( Calendar.SECOND, 14 );
        calendar.set( Calendar.MILLISECOND, 222 );
        calendar.setTimeZone( TimeZone.getTimeZone( "GMT" ) );


        GeneralizedTime generalizedTime = new GeneralizedTime( calendar );
        String result = generalizedTime.toGeneralizedTime();
        assertEquals( "20080102121314.222Z", result );
    }

View Full Code Here

    {
        Calendar calendar = Calendar.getInstance( TimeZone.getTimeZone( "GMT" ) );
        calendar.setTimeInMillis( 123456789000L ); // default format is without millis


        // create form calendar
        GeneralizedTime generalizedTime1 = new GeneralizedTime( calendar );


        // get the string value
        String gt1 = generalizedTime1.toGeneralizedTime();
        Calendar calendar1 = generalizedTime1.getCalendar();


        // create from string value
        GeneralizedTime generalizedTime2 = new GeneralizedTime( gt1 );


        // get the calendar value 
        Calendar calendar2 = generalizedTime2.getCalendar();
        String gt2 = generalizedTime2.toGeneralizedTime();


        // assert that all are equal
        assertEquals( calendar, calendar1 );
        assertEquals( calendar, calendar2 );
        assertEquals( calendar1, calendar2 );

View Full Code Here

     */
    @Test
    public void testCompareTo() throws ParseException
    {
        String gt1 = "20080102121313,999Z";
        GeneralizedTime generalizedTime1 = new GeneralizedTime( gt1 );


        String gt2 = "20080102121314Z";
        GeneralizedTime generalizedTime2 = new GeneralizedTime( gt2 );


        String gt3 = "20080102121314,001Z";
        GeneralizedTime generalizedTime3 = new GeneralizedTime( gt3 );


        assertTrue( generalizedTime1.compareTo( generalizedTime2 ) < 0 );
        assertTrue( generalizedTime1.compareTo( generalizedTime3 ) < 0 );
        assertTrue( generalizedTime2.compareTo( generalizedTime3 ) < 0 );


        assertTrue( generalizedTime2.compareTo( generalizedTime1 ) > 0 );
        assertTrue( generalizedTime3.compareTo( generalizedTime1 ) > 0 );
        assertTrue( generalizedTime3.compareTo( generalizedTime2 ) > 0 );


        assertTrue( generalizedTime1.compareTo( generalizedTime1 ) == 0 );
        assertTrue( generalizedTime2.compareTo( generalizedTime2 ) == 0 );
        assertTrue( generalizedTime3.compareTo( generalizedTime3 ) == 0 );
    }

View Full Code Here

     */
    @Test
    public void testEquals() throws ParseException
    {
        String gt1 = "20080102121314Z";
        GeneralizedTime generalizedTime1 = new GeneralizedTime( gt1 );


        String gt2 = "20080102121314Z";
        GeneralizedTime generalizedTime2 = new GeneralizedTime( gt2 );


        String gt3 = "20080102121314,001Z";
        GeneralizedTime generalizedTime3 = new GeneralizedTime( gt3 );


        assertTrue( generalizedTime1.equals( generalizedTime2 ) );
        assertFalse( generalizedTime1.equals( generalizedTime3 ) );
        assertFalse( generalizedTime1.equals( null ) );
    }

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     * when TimeZone has hours < 10 and minutes > 10).
     */
    public void testDIRSHARED29() throws ParseException
    {
        String gt = "20090312123456+0130";
        GeneralizedTime generalizedTime = new GeneralizedTime( gt );
        String result = generalizedTime.toGeneralizedTime();
        assertEquals( gt, result );
    }

View Full Code Here

        LOG.info( "milliseconds lost = {}", millisLost );


        // Set time on new Calendar instance, and generate the GT string
        Calendar calendar = Calendar.getInstance();
        calendar.setTime( date );
        GeneralizedTime gt = new GeneralizedTime( calendar );
        assertEquals( "calendar time must equal the date time", date.getTime(), calendar.getTime().getTime() );
        String gtStr = gt.toGeneralizedTime();
        LOG.info( "generalized time string of original time = {}", gtStr );


        // Parse and regenerate calendar from gtStr
        GeneralizedTime recalculatedGt = new GeneralizedTime( gtStr );
        long recalculatedTime = recalculatedGt.getCalendar().getTime().getTime();
        LOG.info( "recalculated time = {}", recalculatedTime );
        LOG.info( "generalized time string of recalculated time = {}", recalculatedGt.toGeneralizedTime() );
        
        assertEquals( "The time after round trip GeneralizedTime generation should stay the same", 
            originalTime, recalculatedTime );
    }

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     */
    @Test
    public void testYearMonthDayHourMinSecZulu() throws ParseException
    {
        String gt = "20080102121314Z";
        GeneralizedTime generalizedTime = new GeneralizedTime( gt );
        String result = generalizedTime.toGeneralizedTime();
        assertEquals( gt, result );
    }

View Full Code Here

     */
    @Test
    public void testYearMonthDayHourMinSecPlusHour() throws ParseException
    {
        String gt = "20080102121314+04";
        GeneralizedTime generalizedTime = new GeneralizedTime( gt );
        String result = generalizedTime.toGeneralizedTime();
        assertEquals( gt, result );
    }

View Full Code Here

     */
    @Test
    public void testYearMonthDayHourMinSecMinusHourMin() throws ParseException
    {
        String gt = "20080102121314-1030";
        GeneralizedTime generalizedTime = new GeneralizedTime( gt );
        String result = generalizedTime.toGeneralizedTime();
        assertEquals( gt, result );
    }

View Full Code Here

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Related Classes of org.apache.directory.shared.util.GeneralizedTime

org.apache.directory.shared.ldap.model.schema.comparators.GeneralizedTimeComparator

org.apache.directory.shared.ldap.model.schema.normalizers.GeneralizedTimeNormalizer

org.apache.directory.shared.util.GeneralizedTimeTest

java.text.NumberFormat

java.text.DecimalFormat

java.util.Calendar

java.util.TimeZone

java.text.ParseException

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