接下来,我们来看一个示例,将时间戳转换为UTC时间。 publicclassMain{publicstaticvoidmain(String[]args){longtimestamp=System.currentTimeMillis();StringutcTime=TimestampConverter.convertTimestampToUTC(timestamp);System.out.println("Timestamp: "+timestamp);System.out.println("UTC Time: "+utcTime);}} ...
importjava.text.ParseException;importjava.text.SimpleDateFormat;importjava.util.Date;importjava.util.TimeZone;publicclassTimeConverter{publicstaticlonglocalTimeToUtcTimestamp(StringlocalTime)throwsParseException{SimpleDateFormatsdf=newSimpleDateFormat("yyyy-MM-dd HH:mm:ss");Datedate=sdf.parse(localTime);/...
import java.time.Instant; import java.time.ZoneId; import java.time.ZonedDateTime; public class UtcToBeijingTimestampConverter { public static void main(String[] args) { // 假设我们有一个UTC时间戳(秒为单位) long utcTimestamp = 1626713523L; // 将UTC时间戳转换为UTC日期时间对象 Instant utcIn...
privatevoidtestConvertDateTime() { String strDateTime01 = "2015-07-04 20:30:00"; longiDateTime01 = DateTimeUtil.convertToUtcTimeStamp(strDateTime01, 28800000l, 0); System.out.println(iDateTime01); longiDateTime02 = 1436013000000L; String strDateTime02 = DateTimeUtil.convertToPrjDateTime(iDateT...
* convertToUtcTimeStamp<br> * 将关注对象所在地的时间"yyyy-MM-ddHH:mm:ss"转换为UTC+0的毫秒级整型时间戳 * 关注对象所在地时区最好与工程时区相同, * 但如果关注对象所在范围跨时区,关注对象所在地时区与工程时区也可以不同, * 但这样呈现的时间数据会与输入有差别,其含义是与关注对象持续时间同时刻的工...
【原创】 JAVA UTC时间转化为本地时间LocalDateTime publicLocalDateTime convertUTCToLocalTime(String timeStamp) { Long timeLong= Long.parseLong(timeStamp) * 1000L; Date timeDate=newjava.util.Date(timeLong); String date=newjava.text.SimpleDateFormat("yyyy-MM-dd HH:mm:ss").format(timeDate);...
CompareTo(Timestamp) 比較這個 Timestamp 物件與指定的 Timestamp 物件。 Dispose() 精簡包裝 java.util.Date 函式,可讓 JDBC API 將此識別為 SQL TIMESTAMP 值。 (繼承來源 Object) Dispose(Boolean) 精簡包裝 java.util.Date 函式,可讓 JDBC API 將此識別為 SQL TIMESTAMP 值。 (繼承來源 Object)...
2024年11月3号凌晨两点,美国大部分地区会由夏令时切换到冬令时,时钟往回拨一个小时,业务中遇到了这样一个问题:SimpleDateFormat.format(date)函数与hive sql中from_utc_timestamp基于同一个时间戳转成yyyy-MM-dd的时间格式居然不是同一天。 业务在处理1103号数据时,触发了一天告警: ...
The timestamp value associated with this UUID. The 60 bit timestamp value is constructed from the time_low, time_mid, and time_hi fields of this UUID. The resulting timestamp is measured in 100-nanosecond units since midnight, October 15, 1582 UTC. The timestamp value is only meaningful ...
The timestamp value associated with this UUID. The 60 bit timestamp value is constructed from the time_low, time_mid, and time_hi fields of this UUID. The resulting timestamp is measured in 100-nanosecond units since midnight, October 15, 1582 UTC. The timestamp value is only meaningful ...