timezone-offset

since 2 weeks I puzzled over timezone issue, everything working fine on my localhost BUT it returns wrong value on dedicated server. Let me tell what i have done so far. First set global timezone by below query: ( Super privilege both on localhost and server ) SET GLOBAL time_zone = '+00:00'; now run below query to cross check whatever done SELECT NOW(),@@global.time_zone AS gtz,@@session.time_zone AS stz, TIMEDIFF(NOW(), CONVERT_TZ( NOW() , @@session.time_zone , '+00:00' ) ) AS OFFSET; but it display different results on local and dedicated server on localhost (192.168.x.x) mysql version : 5

Trying to set a timestamp for a key expiration in Django model and bumped into this issue : My current code : key_expires = models.DateTimeField(default=timezone.now() + timezone.timedelta(days=1)) The code above works, however when "timezone.now()" is used, it gets the timestamp form the time when Apache was restarted, so this doesn't work. I did some research and found the solution for that part of the issue, so by replacing "timezone.now()" with "timezone.now", I'm getting the current time stamp every time the object is created, which is perfect, issue is partially solved. I'm having

This question already has an answer here: How to parse str(my_datetime) using strptime ? 2 answers What is the format string to give to strftime which would give the same output as I see for isoformat(' ') ? >>> from datetime import datetime >>> import pytz >>> dt = datetime.now(tz=pytz.UTC).replace(microsecond=0) >>> print dt 2014-05-29 13:11:00+00:00 >>> dt.isoformat(' ') '2014-05-29 13:11:00+00:00' >>> dt.strftime('%Y-%m-%d %H:%M:%S%z') '2014-05-29 13:11:00+0000' Where does the __str__ behaviour of datetime get that extra colon in the offset from? I looked in the formatting options and

I have a challenge where backend data is always stored in UTC time. Our front-end data is always presented in CST. I don't have access to this 'black box.' I would like to mirror this in our data warehouse. Which is based in Europe (CET). So "local" conversion will not work. I'm wondering the simplest, most straightforward way to accurately convert UTC time (I can have it in epoch milliseconds or a date format '2015-01-01 00:00:00') to Central Standard Time. (which is 5 or 6 hours behind based on Daylight Savings). I see a lot of threads about converting to 'local' time ... again I don't want

I'm a Go newbie, and I'm struggling a bit trying to format and display some IBM mainframe TOD clock data. I want to format the data in both GMT and local time (as the default -- otherwise in the zone the user specifies). For this, I need to get the value of the local time offset from GMT as a signed integer number of seconds. In zoneinfo.go (which I confess I don't fully understand), I can see // A zone represents a single time zone such as CEST or CET. type zone struct { name string // abbreviated name, "CET" offset int // seconds east of UTC isDST bool // is this zone Daylight Savings Time?

I'm currently trying to ensure that our legacy back-end can support resolving date times based on the user's current time zone (or, more specifically offset). Our servers are in eastern standard time, and most of our date times originate there. However, for users that are in other time zones, a conversion to their time zone (or, in this case, offset) is needed when retrieving those date times. Also, date times coming from the user will have to be converted to eastern standard time before persistence on the server. Given that the front end we are developing is web-based, I am able to retrieve

This is an example date from an Apache log: [07/Mar/2004:16:47:46 -0800] I have successfully parsed this into year(int), month(time.Month), day(int), hour(int), minute(int), second(int), and timezone(string). How can I construct time.Time such that it includes the -0800 time zone offset? This is what I have so far: var nativeDate time.Time nativeDate = time.Date(year, time.Month(month), day, hour, minute, second, 0, ????) What should I use in place of ???? ? time.Local or time.UTC is not appropriate here. You may use time.FixedZone() to construct a time.Location with a fixed offset. Example: