I have the following code:
String ModifiedDate = \"1993-06-08T18:27:02.000Z\" ;
SimpleDateFormat sdf = new SimpleDateFormat(\"yyyy-MM-
The Z
pattern latter indicates an RFC 822 time zone. Your string
String ModifiedDate = "1993-06-08T18:27:02.000Z" ;
does not contain such a time zone. It contains a Z
literally.
You'll want a date pattern, that similarly to the literal T
, has a literal Z
.
SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'");
If you meant for Z
to indicate Zulu time, add that as a timezone when constructing the SimpleDateFormat
sdf.setTimeZone(TimeZone.getTimeZone("Zulu"));;
The answer by Sotirios Delimanolis is correct. The Z
means Zulu time, a zero offset from UTC (+00:00). In other words, not adjusted to any time zone.
FYI, the Joda-Time library make this work much easier, as does the new java.time package in Java 8.
The format you are using is defined by the ISO 8601 standard. Joda-Time and java.time both parse & generate ISO 8601 strings by default.
A DateTime in Joda-Time knows its own assigned time zone. So as part of the process of parsing, specify a time zone to adjust.
DateTimeZone timeZone = DateTimeZone.forID( "Europe/Paris" );
DateTime dateTime = new DateTime( "1993-06-08T18:27:02.000Z", timeZone );
String output = dateTime.toString();
You can keep the DateTime object in Universal Time if desired.
DateTime dateTime = new DateTime( "1993-06-08T18:27:02.000Z", DateTimeZone.UTC );
When required by other classes, you can generate a java.util.Date object.
java.util.Date date = dateTime.toDate();