Convert CET to GMT

Hi Gurus,
I have a requirement where in I need to convert the input Date & Time in CET format to Date & Time in GMT format in the output. Could you please provide me with any ideas on how to meet this requirement.
Regards,
Swathi

Hi,
This is for EST to UTC in the thread . You can change it easily.
Re: Date and Time format in UTC java UDF

Similar Messages

Converting EST to GMT

I am looking for a foolproof way to convert EST to GMT using Java APIs.
I believe GMT is not daylight sensitive and hence, we cannot dependent on a constant difference all through out the year.
Here's what I got in my mind.
TimeZone.setDefault(TimeZone.getTimeZone("EST"));
Calendar calendar = Calendar.getInstance();
calendar.setTime(currentDate); //Timestamp of current EST
GregorianCalendar gmtCal = new GregorianCalendar();
TimeZone.setDefault("GMT");
gmtCal.setTime(calendar.getTime());
gmtCal.setTimeZone(TimeZone.getTimeZone("GMT"));
//now gmtCal has current GMT time inspite of daylight changes in EST.Is this correct?
Thanks in advance.

TZ only really matters when you're converting between String and Date, so use SimpleDate format. (It's in beanshell, but you can put it almost straight into java.) bsh % import java.util.Date;
bsh % import java.text.DateFormat;
bsh % Date date = new Date();
bsh % df = DateFormat.getDateTimeInstance(DateFormat.FULL, DateFormat.FULL);
<java.text.SimpleDateFormat@8d55ee0f>
bsh % df.format(date);
<Monday, March 27, 2006 8:33:28 AM PST>
bsh % df.setTimeZone(TimeZone.getTimeZone("GMT"));
bsh % df.format(date);
<Monday, March 27, 2006 4:33:28 PM GMT>

Need to convert time to GMT or UNIVERSAL CO-ORDINATED TIME

Hi,
    I need to convert a date and time to UNIVERSAL CO-ORDINATED TIME or GMT. Is there any function module to do the same. Please do let me know.
TIA
Gurpreet

Hi,
Here is the example program to conver the time to UTC
DATA: time_stamp TYPE timestamp,
       dat TYPE d,
       tim TYPE t,
       tz   TYPE ttzz-tzone,
       dst (1) TYPE c.
tz = 'UTC '.     " You need to maintain the ZONE
time_stamp = 20030309033000.
CONVERT TIME STAMP time_stamp TIME ZONE tz
        INTO DATE dat TIME tim DAYLIGHT SAVING TIME dst.
WRITE: /(10) dat, (8) tim, dst.
time_stamp = 20030309043000.
CONVERT TIME STAMP time_stamp TIME ZONE tz
        INTO DATE dat TIME tim DAYLIGHT SAVING TIME dst.
WRITE: /(10) dat, (8) tim, dst.
Regards
Sudheer

HELP - How to Convert Date in GMT to Local time in Applet

Hi All
Is there a way to convert a date from GMT format into a local time say IST in my Java applet, this GMT date is coming from a postgresql database.
Thanks in advance
Swaraj

Try this with your customization:
java.text.SimpleDateFormat format0 = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss");
java.text.SimpleDateFormat format1 = new SimpleDateFormat("yyyy/MM/dd HH:mm:ss");
java.util.Calendar cal0 = Calendar.getInstance(new SimpleTimeZone(0, "GMT"));
java.util.Calendar cal1 = Calendar.getInstance(new SimpleTimeZone((int)(5.5*60*60*1000), "IST"));
format0.setCalendar(cal0);
format1.setCalendar(cal1);
java.util.Date date = format0.parse("2003-01-25 00:15:30");
java.lang.String formatted = format1.format(date);
System.out.println(formatted);

Convert EST to GMT

Hi All,
Oracle version is 10.2.0.3
In my DB many tables with data date type column. But it has EST TIME ZONE DATA, but the customer what to change the EST time data to GMT.
I have used new_time function but it is not working for daylight saving data .
Please put your valuable thoughts to resolve this issue.

Hi Lukasz,
Thanks for your help.
It works well to covert the TIME ZONE. But it couldn’t take care of the DST.
Before Data Image_
26-Sep-2007 23:22:57
18-Oct-2010 15:50:29
26-Sep-2007 23:22:57
26-Sep-2007 23:22:57
26-Sep-2007 23:22:57
26-Sep-2007 23:22:57
23-Sep-2008 10:51:36
26-Sep-2007 23:22:57
26-Sep-2007 23:22:57
26-Sep-2007 23:22:57
After DATA Image:_
27-Sep-2007 04:22:57
18-Oct-2010 20:50:29
27-Sep-2007 04:22:57
27-Sep-2007 04:22:57
27-Sep-2007 04:22:57
27-Sep-2007 04:22:57
23-Sep-2008 15:51:36
27-Sep-2007 04:22:57
27-Sep-2007 04:22:57
27-Sep-2007 04:22:57
Please help me to resolve this issue.

Converting cst time stamp to gmt time

Hi,
i need a udf for the following requirement
"Source will be Format: 'CCYY-MM-DD-HH.MN.SS.TTTTTTu2019
Example: u20182011-04-18-14.32.13.494000u2019
Destination will be
Fomat: 'YYYY-MM-DDThh:mm:ssZ'
Example: '2002-05-30T09:30:10Z'
Note: The source date will be in the CST timezone and must be converted to the GMT timezone"
thanks in advance

HI praneethrao13 ,
you try to use below code and before change the code as ur requirement.
example for UTS to CST:
====
imports: java.util.Date;java.text.SimpleDateFormat;java.text.DateFormat;
====
Date date = new Date();
DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd-HH.mm.ss.SSSS");
DateFormat cstFormat = new SimpleDateFormat("yyyy-MM-dd-HH.mm.ss.SSSS");
TimeZone utcTime = TimeZone.getTimeZone("UTC");
TimeZone cstTime = TimeZone.getTimeZone("CST");
utcFormat.setTimeZone(cstTime);
cstFormat.setTimeZone(utcTime);
return utcFormat.format(date);
thanks,

Time conversion to GMT +8

Dear All,
I am receiving the date and time in this format 310310153323 that is the date is 31/03/10 and time is 15:33:23 so how can I convert this into GMT +8 which can also handle the increment on the date accordingly? Thank you.

newbie14 wrote:
The string is representing GTM+0 so I want to covert it into GMT+8? Any idea please? Thank you.Expanding on reply #1.
1. Create a SimpleDateFormat using a timezone of UTC.
2. Parse your string using 1. The output of that is a Date
3. Create a SimpleDateFormat using a timezone of UTC+8
4. Format an output string using 3 and the Date from 2.
Other than that make sure that you undestand a Date ALWAYS has has a UTC value. Timezone only matters when you parse a String or format to produce a String.

Time/Date to GMT keeping in mind DST

I have a servlet that gets the system Time/Date and needs to convert it to GMT(Greenwich Mean Time), it also needs to convert for DST(Daylight Savings Time) in the code. Any help would be greatly appreciated.

Presumably the current time zone of the client is not GMT/UMT.
So you need to create a TimeZone for GMT/UMT.
Then you use that when creating SimpleDateFormat. Then the format method of that instance will produce a string with the correct (relative) time value.

DST prob for conversion from US/Eastern- GMT but not from GMT- US/Eastern.

Hi folks,
I'm running the following SQL against a Oracle 10.2.0.1 g server using Oracle SqlDeveloper 1.5.3 & then again using SQLPlus 10.2.0.1.0.
I'm attempting to provide SQL that highlights the jump forward by one hour at 2am US/Eastern on 14th Mar 2010.
In order to do this I've converted times from GMT into US/Eastern using the oracle function from_tz and to_timestamp.
The following sql statements are suffixed with a 'correct' or 'incorrect' as to whether they correlate to what I would expect and indeed to the time returned from the World Clock website.
=======================
= Via Oracle SqlDeveloper 1.5.3
=======================
-- The first section of selects highlight the jump of 1 hour forward that occurs on the 14th of March 2010 by converting the GMT time to the corresponding US/Eastern time and the second block reverses the conversion.
select from_tz(to_timestamp('14-MAR-2010 0500' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 00:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0600' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 01:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0659' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 01:59:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0700' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 03:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0701' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 03:01:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0800' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 04:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0000' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 05:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0100' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 06:00:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0159' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 06:59:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0200' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 07:00:00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('14-MAR-2010 0300' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 08:00:00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('14-MAR-2010 0301' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 08:01:00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('14-MAR-2010 0400' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 09:00:00.000000000 US/EASTERN incorrect
which is as I would expect. At 6:59am GMT the time in US/Eastern is 1:59 am, however, at 7:00am the time in US/Eastern is now 3:00am. This correlates to the times I get back when I perform the same calculations using the converter at the WorldClock.
http://www.timeanddate.com/worldclock/converter.html
However when I attempt to perform the same conversions except in reverse i.e. from US/Eastern to GMT I get different results.
-- everything is fine up until the actual time of the change over (2am US/Eastern). With the 2:00am time though I would expect Oracle or perhaps even the SqlDeveloper client to indicate either of the following :-
a) the time 14-MAR-10 02:00am US/Eastern is actually a non-existant time as per the WorldClock.
b) that it's defaulting the time 14-MAR-10 02:00am to 14-MAR-10 03:00am US/Eastern
instead the results proceeding the sql statements are output and for any time on/after 2am they are 1 hour behind their correct GMT times as per the world clock.
I understand that there is a patch for timezone's from 10.2.0.1 to 10.2.0.4 that should address this, however, the reason I'm posting this is because when I run the above SQL in sqlplus against the same server I get different results except this time both conversions are incorrect.
=======================
= Via SqlPlus 10.2.0.1.0
=======================
select from_tz(to_timestamp('14-MAR-2010 0500' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 00.00.00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0600' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 01.00.00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0659' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 01:59:00.000000000 US/EASTERN correct
select from_tz(to_timestamp('14-MAR-2010 0700' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 02.00.00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('14-MAR-2010 0701' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 03:01:00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('14-MAR-2010 0800' , 'DD-MON-YYYY HH24MI'), 'GMT') at time zone 'US/Eastern' from dual; -- returns 14-MAR-10 03.00.00.000000000 US/EASTERN incorrect
select from_tz(to_timestamp('13-MAR-2010 2300' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 04.00.00.000000000 GMT correct
select from_tz(to_timestamp('14-MAR-2010 0000' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 05.00.00.000000000 GMT correct
select from_tz(to_timestamp('14-MAR-2010 0100' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 06.00.00.000000000 GMT correct
select from_tz(to_timestamp('14-MAR-2010 0159' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 06.00.00.000000000 GMT correct
select from_tz(to_timestamp('14-MAR-2010 0200' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 07.00.00.000000000 GMT incorrect
select from_tz(to_timestamp('14-MAR-2010 0300' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 08.00.00.000000000 GMT incorrect
select from_tz(to_timestamp('14-MAR-2010 0301' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 08.01.00.000000000 GMT incorrect
select from_tz(to_timestamp('14-MAR-2010 0400' , 'DD-MON-YYYY HH24MI'), 'US/Eastern') at time zone 'GMT' from dual; -- returns 14-MAR-10 09.00.00.000000000 GMT incorrect
so it's as if the Oracle Client SqlDeveloper somehow intervenes as the results come back from the server an adjusts it for the first set of conversions but not the second.
Basically it looks like I need the patch for the timezones for 10.2.0.1 but what about the Clients? Is there patches I then need for them? Would the SqlPlus client that ships with 10.2.0.4 return the correct results or once the patch is applied to the server.
Has anyone else encountered this problem and if so would they be able to point me in the direction of a resource describing and resolving it?
Thanks,
Mark.

Hey Robert,
Yes indeed we are paying for Oracle support? As far as I know I logged in through metalink in an effort to investigate this problem.
Our DBA upgraded from 10.2.0.4 to 10.2.0.1 and all the inconsistency went away thankfully.
Thanks for taking the time to reply to me,
Mark.

UTC or GMT to Australia Local DateTime Conversion (Melbourne, Victoria)

Hi Guys,
I have to convert UTC or GMT DateTime to Australia Local DateTime Conversion (Melbourne, Victoria) and we need to consider Daylight Saving which starts every Year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours
from Daylight Saving Start Date to Daylight Saving End Date which finishes on 1st Sunday of April Month every Year.
Other that Daylight Saving Time Difference between UTC and VIC loacal time is 10 Hours. So Non Daylight Starts on
1st Sunday of April Month every Year and ends on October first Sunday every Year.
Note: On first Sunday of October Month at 2 AM, Our System Time moves 1 hour ahead so It displays 3 AM. Our Wrist Watch, you adjust manually and we make 1 hour ahead. So Technically Time between 2 AM to 2:59:59:599 does not exists in
Melbourne and 2 AM means 3 AM and 2:10 AM means 3:10 AM Etc
http://www.timeanddate.com/worldclock/converter.html
http://www.business.vic.gov.au/operating-a-business/how-to-start/trading-hours/daylight-saving
http://www.world-time.com.au/index.php?option=com_content&view=article&id=12&Itemid=4
Thanks Shiven:) If Answer is Helpful, Please Vote

Hi Guys,
To convert data from UTC to Local, I used Custom table and I defined 4 columns DAYLIGHT_START_DT, DAYLIGHT_END_DT, AEST_START_DT and AEST_END_DT.
and Wrote below function to get conversion.
--Function to Convert UTC to Local
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
CREATE Function [dbo].[UTCtoCurrentTime]
@date datetime
Returns datetime
As
Begin
Declare @OUTPUT datetime
SET @OUTPUT=
SELECT
CASE WHEN @date BETWEEN [DAYLIGHT_START_DT_UTC] AND [DAYLIGHT_END_DT_UTC]
THEN DATEADD(hh,[HOURS_DIFF_DURING_DAYLIGHT],@date)
WHEN @date>[DAYLIGHT_END_DT_UTC] AND @date<=[AEST_END_DT_UTC]
THEN DATEADD(hh,[HOURS_DIFF_DURING_AEST],@date)
END
FROM [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE]
WHERE [AEST_END_DT] IS NOT NULL
AND ((@date BETWEEN [DAYLIGHT_START_DT_UTC] AND [DAYLIGHT_END_DT_UTC]) OR (@date>[DAYLIGHT_END_DT_UTC] AND @date<=[AEST_END_DT_UTC] ))
Return @OUTPUT
End
GO
--Function to Convert Local to UTC
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
CREATE Function [dbo].[CurrentTimeToUTC]
@date datetime
Returns datetime
As
Begin
Declare @OUTPUT datetime
SET @OUTPUT=
SELECT
CASE WHEN @date BETWEEN [DAYLIGHT_START_DT_LOCAL] AND [DAYLIGHT_END_DT_LOCAL]
THEN DATEADD(hh,-1*[HOURS_DIFF_DURING_DAYLIGHT],@date)
WHEN @date>[DAYLIGHT_END_DT_LOCAL] AND @date<=[AEST_END_DT_LOCAL]
THEN DATEADD(hh,-1*[HOURS_DIFF_DURING_AEST],@date)
END
FROM [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE]
WHERE [AEST_END_DT] IS NOT NULL
AND ((@date BETWEEN [DAYLIGHT_START_DT_LOCAL] AND [DAYLIGHT_END_DT_LOCAL]) OR (@date>[DAYLIGHT_END_DT_LOCAL] AND @date<=[AEST_END_DT_LOCAL] ))
Return @OUTPUT
End
GO
But I made a mistake When Storing data into my Table [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE]. As I have to Convert from UTC to Local So I have to Store data into UCT format but I stored into Local DateTime format and then I was getting wrong output
for boundaries values.
But once I realized, I changed the Table Structure and added column for UTC and LOCAL both
DAYLIGHT_START_DT_UTC, DAYLIGHT_START_DT_LOCAL, DAYLIGHT_END_DT_UTC, DAYLIGHT_END_DT_LOCAL, AEST_START_DT_UTC, AEST_START_DT_LOCAL, AEST_END_DT_UTC & AEST_END_DT_LOCAL
and then above Functions were working perfectly.
Here is complete data and Table Structure:
SET
ANSI_NULLS ON
GO
SET
QUOTED_IDENTIFIER ON
GO
SET
ANSI_PADDING ON
GO
CREATE
TABLE
[DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE](
[YEAR] [int]
NOT NULL,
[DAYLIGHT_START_DAY] [varchar](15)
NOT NULL,
[DAYLIGHT_START_DT_UTC]
[datetime] NOT NULL,
[DAYLIGHT_START_DT_LOCAL]
[datetime] NOT NULL,
[DAYLIGHT_END_DT_UTC] [datetime]
NOT NULL,
[DAYLIGHT_END_DT_LOCAL]
[datetime] NOT NULL,
[HOURS_DIFF_DURING_DAYLIGHT]
[tinyint] NOT NULL,
[AEST_START_DT_UTC] [datetime]
NULL,
[AEST_START_DT_LOCAL]
[datetime] NULL,
[AEST_END_DT_UTC] [datetime]
NULL,
[AEST_END_DT_LOCAL] [datetime]
NULL,
[HOURS_DIFF_DURING_AEST]
[tinyint] NULL,
[REC_UPDT_USER] [varchar](30)
NOT NULL,
[REC_LOAD_DT] [datetime]
NOT NULL,
[COMMENTS] [varchar](200)
NULL
ON [PRIMARY]
GO
SET
ANSI_PADDING OFF
GO
ALTER
TABLE
[DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE]
ADD DEFAULT
(getdate())
FOR [REC_LOAD_DT]
GO
YEAR
DAYLIGHT_START_DAY
DAYLIGHT_START_DT_UTC
DAYLIGHT_START_DT_LOCAL
DAYLIGHT_END_DT_UTC
DAYLIGHT_END_DT_LOCAL
HOURS_DIFF_DURING_DAYLIGHT
AEST_START_DT_UTC
AEST_START_DT_LOCAL
AEST_END_DT_UTC
AEST_END_DT_LOCAL
HOURS_DIFF_DURING_AEST
REC_UPDT_USER
REC_LOAD_DT
COMMENTS
2005
Sunday
2005-29-10 16:00:00
2005-30-10 2:00:00
2006-01-04 17:00:00
2006-02-04 3:00:00
11
2006-01-04 17:00:01
2006-02-04 3:00:01
2006-30-09 15:59:59
2006-01-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:51:23
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2006
Sunday
2006-30-09 16:00:00
2006-01-10 2:00:00
2007-31-03 17:00:00
2007-01-04 3:00:00
11
2007-31-03 17:00:01
2007-01-04 3:00:01
2007-06-10 15:59:59
2007-07-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:46:48
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2007
Sunday
2007-06-10 16:00:00
2007-07-10 2:00:00
2008-05-04 17:00:00
2008-06-04 3:00:00
11
2008-05-04 17:00:01
2008-06-04 3:00:01
2008-04-10 15:59:59
2008-05-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:46:06
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2008
Sunday
2008-04-10 16:00:00
2008-05-10 2:00:00
2009-04-04 17:00:00
2009-05-04 3:00:00
11
2009-04-04 17:00:01
2009-05-04 3:00:01
2009-03-10 15:59:59
2009-04-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:44:47
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2009
Sunday
2009-03-10 16:00:00
2009-04-10 2:00:00
2010-03-04 17:00:00
2010-04-04 3:00:00
11
2010-03-04 17:00:01
2010-04-04 3:00:01
2010-02-10 15:59:59
2010-03-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:41:48
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2010
Sunday
2010-02-10 16:00:00
2010-03-10 2:00:00
2011-02-04 17:00:00
2011-03-04 3:00:00
11
2011-02-04 17:00:01
2011-03-04 3:00:01
2011-01-10 15:59:59
2011-02-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:34:16
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2011
Sunday
2011-01-10 16:00:00
2011-02-10 2:00:00
2012-31-03 17:00:00
2012-01-04 3:00:00
11
2012-31-03 17:00:01
2012-01-04 3:00:01
2012-06-10 15:59:59
2012-07-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:35:39
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2012
Sunday
2012-06-10 16:00:00
2012-07-10 2:00:00
2013-06-04 17:00:00
2013-07-04 3:00:00
11
2013-06-04 17:00:01
2013-07-04 3:00:01
2013-05-10 15:59:59
2013-06-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:36:22
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2013
Sunday
2013-05-10 16:00:00
2013-06-10 2:00:00
2014-05-04 17:00:00
2014-06-04 3:00:00
11
2014-05-04 17:00:01
2014-06-04 3:00:01
2014-04-10 15:59:59
2014-05-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:37:31
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2014
Sunday
2014-04-10 16:00:00
2014-05-10 2:00:00
2015-04-04 17:00:00
2015-05-04 3:00:00
11
2015-04-04 17:00:01
2015-05-04 3:00:01
2015-03-10 15:59:59
2015-04-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:39:08
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2015
Sunday
2015-03-10 16:00:00
2015-04-10 2:00:00
2016-02-04 17:00:00
2016-03-04 3:00:00
11
2016-02-04 17:00:01
2016-03-04 3:00:01
2016-01-10 15:59:59
2016-02-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:44:31
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2016
Sunday
2016-01-10 16:00:00
2016-02-10 2:00:00
2017-01-04 17:00:00
2017-02-04 3:00:00
11
2017-01-04 17:00:01
2017-02-04 3:00:01
2017-30-09 15:59:59
2017-01-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:44:57
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2017
Sunday
2017-30-09 16:00:00
2017-01-10 2:00:00
2018-31-03 17:00:00
2018-01-04 3:00:00
11
2018-31-03 17:00:01
2018-01-04 3:00:01
2018-06-10 15:59:59
2018-07-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:48:12
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2018
Sunday
2018-06-10 16:00:00
2018-07-10 2:00:00
2019-06-04 17:00:00
2019-07-04 3:00:00
11
2019-06-04 17:00:01
2019-07-04 3:00:01
2019-05-10 15:59:59
2019-06-10 1:59:59
10
ABC\shivendoo.kumar
2013-18-11 16:48:44
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2019
Sunday
2019-05-10 16:00:00
2019-06-10 2:00:00
2020-04-04 17:00:00
2020-05-04 3:00:00
11
2020-04-04 17:00:01
2020-05-04 3:00:01
2020-03-10 15:59:59
2020-04-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:55:54
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2020
Sunday
2020-03-10 16:00:00
2020-04-10 2:00:00
2021-03-04 17:00:00
2021-04-04 3:00:00
11
2021-03-04 17:00:01
2021-04-04 3:00:01
2021-02-10 15:59:59
2021-03-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:56:48
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2021
Sunday
2021-02-10 16:00:00
2021-03-10 2:00:00
2022-02-04 17:00:00
2022-03-04 3:00:00
11
2022-02-04 17:00:01
2022-03-04 3:00:01
2022-01-10 15:59:59
2022-02-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:58:01
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2022
Sunday
2022-01-10 16:00:00
2022-02-10 2:00:00
2023-01-04 17:00:00
2023-02-04 3:00:00
11
2023-01-04 17:00:01
2023-02-04 3:00:01
2023-30-09 15:59:59
2023-01-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 16:59:55
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2023
Sunday
2023-30-09 16:00:00
2023-01-10 2:00:00
2024-06-04 17:00:00
2024-07-04 3:00:00
11
2024-06-04 17:00:01
2024-07-04 3:00:01
2024-05-10 15:59:59
2024-06-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 17:00:30
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
2024
Sunday
2024-05-10 16:00:00
2024-06-10 2:00:00
2025-05-04 17:00:00
2025-06-04 3:00:00
11
2025-05-04 17:00:01
2025-06-04 3:00:01
2025-04-10 15:59:59
2025-05-10 1:59:59
10
ABC\shivendoo.kumar
2014-14-02 17:02:06
Day light saving starts each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2010, N'Sunday', CAST(0x00009E030107AC00 AS DateTime), CAST(0x00009E040020F580 AS DateTime), CAST(0x00009EB9011826C0 AS DateTime), CAST(0x00009EBA00317040 AS
DateTime), 11, CAST(0x00009EB9011827EC AS DateTime), CAST(0x00009EBA0031716C AS DateTime), CAST(0x00009F6F0107AAD4 AS DateTime), CAST(0x00009F700020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0111154E AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2011, N'Sunday', CAST(0x00009F6F0107AC00 AS DateTime), CAST(0x00009F700020F580 AS DateTime), CAST(0x0000A025011826C0 AS DateTime), CAST(0x0000A02600317040 AS
DateTime), 11, CAST(0x0000A025011827EC AS DateTime), CAST(0x0000A0260031716C AS DateTime), CAST(0x0000A0E20107AAD4 AS DateTime), CAST(0x0000A0E30020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A01117620 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2012, N'Sunday', CAST(0x0000A0E20107AC00 AS DateTime), CAST(0x0000A0E30020F580 AS DateTime), CAST(0x0000A198011826C0 AS DateTime), CAST(0x0000A19900317040 AS
DateTime), 11, CAST(0x0000A198011827EC AS DateTime), CAST(0x0000A1990031716C AS DateTime), CAST(0x0000A24E0107AAD4 AS DateTime), CAST(0x0000A24F0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0111A8A7 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2013, N'Sunday', CAST(0x0000A24E0107AC00 AS DateTime), CAST(0x0000A24F0020F580 AS DateTime), CAST(0x0000A304011826C0 AS DateTime), CAST(0x0000A30500317040 AS
DateTime), 11, CAST(0x0000A304011827EC AS DateTime), CAST(0x0000A3050031716C AS DateTime), CAST(0x0000A3BA0107AAD4 AS DateTime), CAST(0x0000A3BB0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0111FA72 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2014, N'Sunday', CAST(0x0000A3BA0107AC00 AS DateTime), CAST(0x0000A3BB0020F580 AS DateTime), CAST(0x0000A470011826C0 AS DateTime), CAST(0x0000A47100317040 AS
DateTime), 11, CAST(0x0000A470011827EC AS DateTime), CAST(0x0000A4710031716C AS DateTime), CAST(0x0000A5260107AAD4 AS DateTime), CAST(0x0000A5270020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A01126BB7 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2015, N'Sunday', CAST(0x0000A5260107AC00 AS DateTime), CAST(0x0000A5270020F580 AS DateTime), CAST(0x0000A5DC011826C0 AS DateTime), CAST(0x0000A5DD00317040 AS
DateTime), 11, CAST(0x0000A5DC011827EC AS DateTime), CAST(0x0000A5DD0031716C AS DateTime), CAST(0x0000A6920107AAD4 AS DateTime), CAST(0x0000A6930020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0113E61E AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2016, N'Sunday', CAST(0x0000A6920107AC00 AS DateTime), CAST(0x0000A6930020F580 AS DateTime), CAST(0x0000A748011826C0 AS DateTime), CAST(0x0000A74900317040 AS
DateTime), 11, CAST(0x0000A748011827EC AS DateTime), CAST(0x0000A7490031716C AS DateTime), CAST(0x0000A7FE0107AAD4 AS DateTime), CAST(0x0000A7FF0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0114042C AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2017, N'Sunday', CAST(0x0000A7FE0107AC00 AS DateTime), CAST(0x0000A7FF0020F580 AS DateTime), CAST(0x0000A8B4011826C0 AS DateTime), CAST(0x0000A8B500317040 AS
DateTime), 11, CAST(0x0000A8B4011827EC AS DateTime), CAST(0x0000A8B50031716C AS DateTime), CAST(0x0000A9710107AAD4 AS DateTime), CAST(0x0000A9720020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A0114E983 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2018, N'Sunday', CAST(0x0000A9710107AC00 AS DateTime), CAST(0x0000A9720020F580 AS DateTime), CAST(0x0000AA27011826C0 AS DateTime), CAST(0x0000AA2800317040 AS
DateTime), 11, CAST(0x0000AA27011827EC AS DateTime), CAST(0x0000AA280031716C AS DateTime), CAST(0x0000AADD0107AAD4 AS DateTime), CAST(0x0000AADE0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A27A01150E75 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2009, N'Sunday', CAST(0x00009C970107AC00 AS DateTime), CAST(0x00009C980020F580 AS DateTime), CAST(0x00009D4D011826C0 AS DateTime), CAST(0x00009D4E00317040 AS
DateTime), 11, CAST(0x00009D4D011827EC AS DateTime), CAST(0x00009D4E0031716C AS DateTime), CAST(0x00009E030107AAD4 AS DateTime), CAST(0x00009E040020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D20113268C AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2008, N'Sunday', CAST(0x00009B2B0107AC00 AS DateTime), CAST(0x00009B2C0020F580 AS DateTime), CAST(0x00009BE1011826C0 AS DateTime), CAST(0x00009BE200317040 AS
DateTime), 11, CAST(0x00009BE1011827EC AS DateTime), CAST(0x00009BE20031716C AS DateTime), CAST(0x00009C970107AAD4 AS DateTime), CAST(0x00009C980020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D20113F95D AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2007, N'Sunday', CAST(0x000099BF0107AC00 AS DateTime), CAST(0x000099C00020F580 AS DateTime), CAST(0x00009A75011826C0 AS DateTime), CAST(0x00009A7600317040 AS
DateTime), 11, CAST(0x00009A75011827EC AS DateTime), CAST(0x00009A760031716C AS DateTime), CAST(0x00009B2B0107AAD4 AS DateTime), CAST(0x00009B2C0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D201145531 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2006, N'Sunday', CAST(0x0000984C0107AC00 AS DateTime), CAST(0x0000984D0020F580 AS DateTime), CAST(0x00009902011826C0 AS DateTime), CAST(0x0000990300317040 AS
DateTime), 11, CAST(0x00009902011827EC AS DateTime), CAST(0x000099030031716C AS DateTime), CAST(0x000099BF0107AAD4 AS DateTime), CAST(0x000099C00020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D201148683 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2005, N'Sunday', CAST(0x000096FC0107AC00 AS DateTime), CAST(0x000096FD0020F580 AS DateTime), CAST(0x00009796011826C0 AS DateTime), CAST(0x0000979700317040 AS
DateTime), 11, CAST(0x00009796011827EC AS DateTime), CAST(0x000097970031716C AS DateTime), CAST(0x0000984C0107AAD4 AS DateTime), CAST(0x0000984D0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D20115C908 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2019, N'Sunday', CAST(0x0000AADD0107AC00 AS DateTime), CAST(0x0000AADE0020F580 AS DateTime), CAST(0x0000AB93011826C0 AS DateTime), CAST(0x0000AB9400317040 AS
DateTime), 11, CAST(0x0000AB93011827EC AS DateTime), CAST(0x0000AB940031716C AS DateTime), CAST(0x0000AC490107AAD4 AS DateTime), CAST(0x0000AC4A0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D2011706AB AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2020, N'Sunday', CAST(0x0000AC490107AC00 AS DateTime), CAST(0x0000AC4A0020F580 AS DateTime), CAST(0x0000ACFF011826C0 AS DateTime), CAST(0x0000AD0000317040 AS
DateTime), 11, CAST(0x0000ACFF011827EC AS DateTime), CAST(0x0000AD000031716C AS DateTime), CAST(0x0000ADB50107AAD4 AS DateTime), CAST(0x0000ADB60020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D2011745D9 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2021, N'Sunday', CAST(0x0000ADB50107AC00 AS DateTime), CAST(0x0000ADB60020F580 AS DateTime), CAST(0x0000AE6B011826C0 AS DateTime), CAST(0x0000AE6C00317040 AS
DateTime), 11, CAST(0x0000AE6B011827EC AS DateTime), CAST(0x0000AE6C0031716C AS DateTime), CAST(0x0000AF210107AAD4 AS DateTime), CAST(0x0000AF220020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D201179BCA AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2022, N'Sunday', CAST(0x0000AF210107AC00 AS DateTime), CAST(0x0000AF220020F580 AS DateTime), CAST(0x0000AFD7011826C0 AS DateTime), CAST(0x0000AFD800317040 AS
DateTime), 11, CAST(0x0000AFD7011827EC AS DateTime), CAST(0x0000AFD80031716C AS DateTime), CAST(0x0000B08D0107AAD4 AS DateTime), CAST(0x0000B08E0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D201182176 AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2023, N'Sunday', CAST(0x0000B08D0107AC00 AS DateTime), CAST(0x0000B08E0020F580 AS DateTime), CAST(0x0000B14A011826C0 AS DateTime), CAST(0x0000B14B00317040 AS
DateTime), 11, CAST(0x0000B14A011827EC AS DateTime), CAST(0x0000B14B0031716C AS DateTime), CAST(0x0000B2000107AAD4 AS DateTime), CAST(0x0000B2010020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D2011849FB AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
INSERT [DBO].[AUSTRALIA_DAYLIGHT_SAVING_TABLE] ([YEAR], [DAYLIGHT_START_DAY], [DAYLIGHT_START_DT_UTC], [DAYLIGHT_START_DT_LOCAL], [DAYLIGHT_END_DT_UTC], [DAYLIGHT_END_DT_LOCAL], [HOURS_DIFF_DURING_DAYLIGHT], [AEST_START_DT_UTC], [AEST_START_DT_LOCAL], [AEST_END_DT_UTC],
[AEST_END_DT_LOCAL], [HOURS_DIFF_DURING_AEST], [REC_UPDT_USER], [REC_LOAD_DT], [COMMENTS]) VALUES (2024, N'Sunday', CAST(0x0000B2000107AC00 AS DateTime), CAST(0x0000B2010020F580 AS DateTime), CAST(0x0000B2B6011826C0 AS DateTime), CAST(0x0000B2B700317040 AS
DateTime), 11, CAST(0x0000B2B6011827EC AS DateTime), CAST(0x0000B2B70031716C AS DateTime), CAST(0x0000B36C0107AAD4 AS DateTime), CAST(0x0000B36D0020F454 AS DateTime), 10, N'ABC\shivendoo.kumar', CAST(0x0000A2D20118BA9A AS DateTime), N'Day light saving starts
each year October first Sunday so Time difference between UTC and AUS Local Time will be 11 hours from startdate')
GO
Thanks Shiven:) If Answer is Helpful, Please Vote

Convertir des caractere ASCII provenant d'un RS232 en Hexadecimal

Bonjour à tous
je recois via du RS232 des données en ASCII sur 27 octets
comment puis je convertir cette chaine ASCII en chaine hexa
exemple pour les caracteres ASCII suivant : (01// conversion hexa ==> 28 30 31 2F 2F
merci beaucoup, je galere vraiment (un .vi serait le bienvenu ! ;-)

Voila ton VI !
C'est du quasi ce que tu veux, sauf que je présente le code des caractères ASCII dans un tableau...
La fonction TypeCast te permet de passer d'un visualisation de donnée à une autre...
Attachments:
Example.vi ‏12 KB

GMT format

Hi Experts,
Our data centers resides in different zones and we would like to store the date and time
information in GMT format and it should aware of daylight savings.
Which data is preferred ? Date or timestamp with timezone or timestamp with local time zone.
Do we need to configure any parameter on the database?
Thanks in advance.

Hi,
Refer to Convert Dates to GMT Format [ID 365683.1]
Really nice one
- Pavan Kumar N
- ORACLE OCP - 9i/10g
https://www.oracleinternals.blogspot.com

Changing date and time is wrong with time zone problem

Okay, searched some of the forums, but didn't get the most correct answer to this:
I just imported all my photos into Aperture from iPhoto (chose to have Aperture manage files as I don't plan on using iPhoto any longer. When I imported the files, I decided to do some organizing by date into folders. no problem.
In some of my projects, I found some files that I imported from scans or got from others who had a film roll and processed it at a lab, and the dates from those files aren't the dates that the event took place. I went into Metadata>Adjust date and time, and changed the date (not so much the time I'm worried about), and checked the "change the masters" little box, too.
After I close out of that box, the picture has the wrong date. I've determined this is because of the time zone support. I currently live in Japan, and I would like my photos here to show up as the date in the place they were taken. I think the date I enter, it thinks is the date I'm currently in (GMT +9), but aperture chooses to convert the date as if I was saying "hey, the picture I took happened on "date" in GMT +0:00)" which then makes it look in the metadata view as if it happened a day earlier.
Any imported photos come in as the correct date and time and correct time zone, as far as I can see. It's just when I change the date and time it thinks I mean to have aperture convert it to GMT + 0:00. (but on a little more of a funny side... older pictures that happened in other time zones back in the states it lists the correct date and time for when the picture was taken, but "says" it's GMT +9:00) (another issue I'll deal with later maybe!)
Hope I've described it in such a way that you can get it.

I changed time and now my MacBook won't work

SimpleDateFormat - Timezone - SystemTime troubles

Hi there,
I don't understand why the following little class produces the results it produces:
input timestamp = 1097670920739
formatted String #1 = 2004-35-13T14:35:20+0200
result timestamp = 1073997320000
formatted String #2 = 2004-35-13T13:35:20+0100
I would have expacted seeing two times the same timestamp and two times the same formatted String and have no idea where the problem is. Please Help.
Thanks
import java.util.Date;
import java.util.Locale;
import java.text.SimpleDateFormat;
public class TestDates {
private TestDates() {}
public static void main(String[] args) {
String input = "1097670920739";
// 1. Get Date-String from java-timestamp
SimpleDateFormat formatter1 = new SimpleDateFormat("yyyy-mm-dd'T'HH:mm:ssZ", Locale.GERMANY );
long timestamp1 = ( new Long( input ) ).longValue();
Date date1 = new Date( timestamp1 );
String string1 = formatter1.format( date1 );
// 2. Get back java-timestamp from Date-String
SimpleDateFormat formatter2 = new SimpleDateFormat("yyyy-mm-dd'T'HH:mm:ssZ", Locale.GERMANY );
Date date2 = null;
try { date2 = formatter2.parse( string1 ); } catch ( java.text.ParseException e ) {}
long timestamp2 = date2.getTime();
// 3. Get back Date-String form temp java-timestamp
SimpleDateFormat formatter3 = new SimpleDateFormat("yyyy-mm-dd'T'HH:mm:ssZ", Locale.GERMANY );
Date date3 = new Date( timestamp2 );
String string3 = formatter3.format( date3 );
System.out.println( "input timestamp = " + input );
System.out.println( "formatted String #1 = " + string1 );
System.out.println( "result timestamp = " + timestamp2 );
System.out.println( "formatted String #2 = " + string3 );
}

Well, one of your conversions isn't handling the daylight savings hour conversion properly.
Date date1 = new Date( timestamp1 );
Will convert the UTC / GMT long value into a date object for your default timezone on your pc.
Is your regional settings and timezone set up to German time on your pc ?
Sorry, haven't time to think this one through fully...
regards,
Owen

Time correction of camera and gps

The time captured on Image by Camera [Nikon as well as Canon] is in IST. The time Captured in GPS-xml is in GMT.
So when I want to match these two, I will have to convert them to same reference like this.
1. Capture Image time say imageTimeIST
2. Convert it to GMT say imageTimeGMT [Search for support in java.util.Date or Calendar class]
You know that there is even difference between the two devices. We have found that the difference is approximately 6 minutes 7 seconds [find correct value]
We need to give this correction.
1.
2.
3. Compute this difference [I had given you times shown by all three devices at the same moment] needs to be done only once initially.
4. Add this difference to imageTimeGMT so that this new time is comparable with GPS xml.
5. Find out just less and just more records matching from the xml. [here SAX parser will be of help]
6. Interpolate and find values for required exact time.

ashwiniashtikar wrote:
yes i have a questionOkay, thanks for clearing that up.
So, I suppose in daily life, you go up to people, say only, "I have a quetsion," and then they ready your mind and answer your question, yes?

Convert CET to GMT

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