utc

I am getting a date that comes in GMT format, Fri, 18 Oct 2013 11:38:23 GMT. The problem is that the time is messing up the timeline that I am using. How can I strip out everything except for the actual date? Inanda Menezes Like this: var dateString = 'Mon Jan 12 00:00:00 GMT 2015'; dateString = new Date(dateString).toUTCString(); dateString = dateString.split(' ').slice(0, 4).join(' '); console.log(dateString); If you want to keep using Date and not String you could do this: var d=new Date(); //your date object console.log(new Date(d.setHours(0,0,0,0))); -PS, you don't need a new Date object,

I have a UTC date time without the formatting stored in a uint64, ie: 20090520145024798 I need to get the hours, minutes, seconds and milliseconds out of this time. I can do this very easily by converting it to a string and using substring. However, this code needs to be very fast so I would like to avoid string manipulations. Is there faster way, perhaps using bit manipulation to do this? Oh by the way this needs to be done in C++ on Linux. uint64 u = 20090520145024798; unsigned long w = u % 1000000000; unsigned millisec = w % 1000; w /= 1000; unsigned sec = w % 100; w /= 100; unsigned min =

As I know, we can use below to roughly convert a UNIX timestamp to a VB Date CDate([UNIX timestamp]/ 60 / 60 / 24) + "1/1/1970" However, the time zone and daylight information are not considered. Time zone is not a big deal. But I cannot get the daylight bias information for a specific UNIX timestamp. Though, daylight bias of Date 1/1 is obviously different from Date 6/1, however, for Date 3/12 or Date 11/5, the daylight bias calculation is very complex. I tried several APIs, like “FileTimeToLocalFileTime” and “GetTimeZoneInformation” , but none of them work. Here is my code that can not

My client is sending me Long which could be thought as scala> System.currentTimeMillis res3: Long = 1441056836609 scala> How do I convert that into UTC timeStamp? On Server, we are using Java 8 You can use the Instant class methods. import java.time.Instant; import java.time.ZoneOffset; Instant.ofEpochMilli(<yourmillis>).atOffset(ZoneOffset.UTC).toString(); Your example date would be "2015-08-31T21:33:56.609Z" . Date dateFromTime = new Date(timeInMillis); That will get a Date object, which you can then spit out in a proper UTC format using DateFormat dateFormatter = SimpleDateFormat(/*UTC

Help: I have a server which is having time in GMT-07.00 hours. My local time is GMT+05.30 hours. I need to get current date and time from server and convert this date and time into my local time. I have tried many codes, but still have not found a successive way of doing this. Can somebody please help me out. string zoneId = "India Standard Time"; TimeZoneInfo tzi = TimeZoneInfo.FindSystemTimeZoneById(zoneId); DateTime result = TimeZoneInfo.ConvertTimeFromUtc(DateTime.UtcNow, tzi); DateTime cu = result.ToUniversalTime(); DateTime cur = cu.ToLocalTime(); I have tried all the above methods,

im writing a twitter web service in php. When a user signs in, i receive this node: <utc_offset>-18000</utc_offset> I have to change the script's timezone so that it adapts to the user's real timezone. The only php function i have found for this is: date_default_timezone_set($timezone_identifier) but it won't let me use -18000 as a the $timezone_identifier parameter. So, how can i change the current user timezone based on two values: Server UTC offset and User UTC offset BTW, this is how i'm getting the server UTC offset value: $this_tz_str = date_default_timezone_get(); $this_tz = new

I don't know why this is so complicated! I have a plugin that is passing in a long int UTC. I need to convert that number into a DateTime to query my database (SQL Server). I don't know why, but I can't find a workable answer from a basic google search. (For extra credit, I need to turn my returned DateTime back into a UTC at the end of the day.) This is embarrassing to have to ask such a basic question! :) Jon Skeet My guess is it's going to be either milliseconds or seconds since a particular epoch - quite possibly the Unix epoch of January 1st 1970, midnight UTC. So the code would look