Well, I thought for a bit and found a few solutions, but this seemed simplest. private boolean isInSchoolYear(DateTime now, DateTime schoolYearStart, DateTime schoolYearEnd){ int thisYear = now.getYear(); schoolYearStart = schoolYearStart.withYear(thisYear); schoolYearEnd = schoolYearEnd.withYear(thisYear); if(schoolYearStart.isBefore(schoolYearEnd)){ return new Interval(schoolYearStart, schoolYearEnd).contains(now); } else{ return !(new Interval(schoolYearEnd, schoolYearStart).contains(now)); } } This way it works...
java,spring,hibernate,jodatime
compile "org.jadira.usertype:usertype.jodatime:2.0.1" testCompile "org.jadira.usertype:usertype.core:3.2.0.GA" testCompile "org.jadira.usertype:usertype.spi:3.2.0.GA" You have multiple versions of the jadira jodatime library, one is compile time the other testCompile. Which is strange to start with. Remove the old one and change testCompile to compile. compile "org.jadira.usertype:usertype.core:3.2.0.GA" compile "org.jadira.usertype:usertype.spi:3.2.0.GA" ...
Parse the value as a MonthDay, as that's what you've got. If the month-day is not February 29th, just handle it as normal If it is February 29th, you need to special-case it: Determine whether the current year is a leap year with Year.isLeap(long) If it is: If it's...
I use this snippet very often in my daily work: (ns project.namespace1 (:require [clj-time [core :as t]] ) (let [start-time (t/now)] ... do lots of work ... (t/in-millis (t/interval start-time (t/now)))) ...
The methods ofLocalizedDate(), ofLocalizedTime() and ofLocalizedDateTime() provide the localized formats. To format an Instant a time-zone is required. This can be added to the formatter using withZone(): DateTimeFormatter formatter = DateTimeFormatter.ofLocalizedDateTime(FormatStyle.SHORT) .withLocale(UK) .withZone(ZoneId.systemDefault()); Without the zone, JSR-310 formatter has no knowledge of how to convert the instant to human date-time...
So, first you want to get org.joda.time.Duration from dHHmm... import org.joda.time.Duration; public Duration fromTheFormat( String str ) { Duration dayDuration = Duration.standardDays( parseInt( str.substring( 0, 1 ) ) ); Duration hourDuration = Duration.standardHours( parseInt( str.substring( 1, 3 ) ) ); Duration minuteDuration = Duration.standardMinutes( parseInt( str.substring( 3, 5 ) )...
Make sure the input string is 4 digit i.e in case of 810 .. make it as 0810. Here is the response for the same Code: DateTimeFormatter format = DateTimeFormat.forPattern("Myy"); org.joda.time.DateTime instance = format.parseDateTime("0810"); System.out.println(String.valueOf(instance.getMonthOfYear())); System.out.println(String.valueOf(instance.getYear())); Response: 8 2010 Hope This Helps you!...
spring,spring-mvc,datetime,jodatime
The approach you linked to in your question should work. But the message key you should use is for instance typeMismatch.org.joda.time.DateTime. Even though you are not manually rejecting the value anywhere Spring will automatically know where to look for the message based on the rules described in the JavaDoc of...
java,json,jackson,jodatime,jackson-modules
The test seems to be missing this feature. mapper.configure(SerializationFeature.WRITE_DATES_AS_TIMESTAMPS ,false); ...
java,android,datetime,jodatime
try like this, int diff_hrs = getDiffHours(date,new Date());// pass your date object as startDate and pass current date as your endDate public int getDiffHours(Date startDate, Date endDate){ Interval interval = new Interval(startDate.getTime(), endDate.getTime()); Period period = interval.toPeriod(); return period.getHours(); } ...
java,spring-mvc,serialization,spring-boot,jodatime
Ok so after much torment I found out the answer. I was using the wrong library for the serialization and deserialization of the joda-datetime. I was using org.codehaus.jackson when I should have been using com.fasterxml.jackson I guess this is an easy mistake as both libraries have almost identical properties and...
int total_minutes = Minutes.minutesBetween(startTimeOnlyEST, endTimeOnlyEST).getMinutes(); int hours = total_minutes / 60; int minutes = total_minutes % 60; ...
JodaTime has a DateTime.MIN_VALUE and MAX_VALUE and the behaviour outside this range is not supported (as @Magnilex pointed out). LocalDateTime.of( ... ) throws DateTimeException - if the value of any field is out of range, or if the day-of-month is invalid for the month-year I suggest you migration to JSR-310...
The issue is that you are missing the LocalTime => Time conversion for ResultSet -> Scala Collection conversion: MappedColumnType.base[java.sql.Time, org.joda.time.LocalTime] ( time => new LocalTime(time.getTime), localTime => new Time(localTime.toDateTimeToday().getMillis())) ...
Assuming you want "the same instant, just in a different time zone" then you want withZone. It's not setZone, because DateTime (like many types in Joda Time) is immutable. Instead, you use withZone and use the result. For example: DateTime currentTime = new DateTime(2015, 1, 23, 2, 0, 0, DateTimeZone.UTC);...
Immutable Objects Joda-Time uses immutable objects by default. Rather than call a setter method to change (“mutate”) a member variable, we call a method to generate a new instance based largely on the original. withTime To create a new DateTime with a certain time-of-day, call the withTime method. DateTime now...
You're making it far more complicated than you need to: DateTime dt = new DateTime(DateTimeZone.UTC); No conversion required at all. If you find you actually need to convert, you can use withZone. I'd suggest you avoid going via LocalDateTime, however, as that way you can lose information due to time...
There are several things I would suggest. Firstly, if you are not sure, if your code is correct or not (and even if you are sure) - write and run tests. You can use a testing library (such as unittest and etc.) or just implement some simple tests to make...
java,datetime,calendar,jodatime,gregorian-calendar
This is not what you want: DateTime hijriDt = new DateTime(formatter.parseDateTime("1442-05-21 10-10"), iso); That's not using the Hijri calendar anywhere: Your formatter is using ISO (by default) You're parsing a date in year 1442 ISO, which isn't what you want You're then "converting" that into the ISO calendar (which it...
I think u mean LocalDate dueDatejt = new LocalDate(year, month, day); in your "temporary fix" which is just correct code. If u want some more definitive way of doing, I would suggest getting rid of Joda time dates, since new java 8 dates have been implemented by the creator of...
A time zone name spelled like 'UTC+3:00' is a POSIX time zone specification. In this style, zones west of GMT have a positive sign and those east have a negative sign in their name (e.g "Etc/GMT-14" is 14 hours ahead/east of GMT.) See http://www.postgresql.org/docs/9.3/static/datatype-datetime.html#DATATYPE-TIMEZONES...
java,datetime,jodatime,java-time
You speak about Joda-Time-class org.joda.time.LocalDate. Of course, the expression Days.daysBetween(ReadablePartial,ReadablePartial) can process such an input without problems, but you have a problem?! This has given me the idea that your imports might be wrong. And indeed: You also use this expression: DateTimeFormatter.ofPattern("MMMM d, yyyy", Locale.ENGLISH); But that code is not...
This one seems to work: @Test public void testDateTimeConversion() { final Date sourceDateTime = new DateTime(2015, 3, 15, 12, 55, TIMEZONE_MOSCOW).toDate(); final Date expectedResult = new DateTime(2015, 3, 15, 12 - 2, 55, TIMEZONE_BERLIN).toLocalDateTime().toDate(); final DateTime timeInMoscow = new DateTime(sourceDateTime, TIMEZONE_MOSCOW); final DateTime timeInBerlin = timeInMoscow.toDateTime(TIMEZONE_BERLIN); final Date actualResult =...
The pattern is case sensitive: Uppercase D is Day of yeas and can have 3 digits and lowercase "h" is 12 hours. So you have to change your pattern to: DateTimeFormat.forPattern("YYYYMMddHHmm").parseDateTime("201410171500"); From the documentaion D day of year number 189 d day of month number 10 h clockhour of halfday...
It looks to me as if you have imported the wrong class. The Java 8 java.time.LocalDate class has no public constructors, but it does have a private constructor that takes three int values. I think this class is what you have imported by mistake, when you wanted org.joda.time.LocalDate instead....
You use a fixed-length-format so you can simply do this: LocalDateTime ldt = LocalDateTime.parse(input, ISODateTimeFormat.dateTimeParser()); System.out.println(ldt.toLocalTime().toString(ISODateTimeFormat.hourMinute())); // output: 00:36 I use LocalDateTime because you are not interested in the timezone offset....
java,loops,datetime,iterator,jodatime
I have implemented a solution for practicing the Joda library: public class JodaDateTimeExercise { private static final String PATTERN = "MMM $$ HH:mm"; public static void main(String[] args) { DateTime dateTimeBegin = new DateTime(2000, 3, 1, 3, 0); DateTime dateTimeEnd = dateTimeBegin.plusMinutes(239); DateTime dateTimeBeginCopy = dateTimeBegin; DateTime dateTimeEndCopy = dateTimeEnd;...
java,validation,date,condition,jodatime
The universal type DateTime is not suitable for a date-only task. You should therefore choose the type LocalDate in the Joda-Time-library. Then you can use this constructor. Note that you need to specify the timezone because the current date is not the same date all around in the world at...
I found my own alternative. I noticed what params['startTimeReservation'] comes to controller as a string "struct". Also, in logs, I noticed, what this struct is divide by startTimeReservation_hour and startTimeReservation_minutes. They contain integer-values, which are parse easy! Then these values may be transfered as parameters to the new LocalTime(hour, minute)....
java,android,jodatime,period,minute
This is documented behaviour, check out the Javadoc for the plus(Period) function: /** * Returns a new period with the specified period added. * <p> * Each field of the period is added separately. Thus a period of * 2 hours 30 minutes plus 3 hours 40 minutes will produce...
java,hibernate,timestamp,jodatime,java-time
Well, eventually I tracked the cause down and it's different than what I thought. Thanks to @JBNizet for the tip that sent me on the right path. As mentioned in the comment, by the time the particular method got executed, one one system TimeZone.getDefault() was returning "UTC" on Windows and...
javascript,date,jodatime,momentjs,datejs
I've started a few times on a JavaScript library with similar API to Noda Time / Joda Time / Java 8. I definitely see value in that. However, there's nothing out there as of yet, as far as I know. There are other reasons that make the Date object less...
Fact is as you already have recognized that minutes are not convertible to months in a strict sense. The Joda-Time-documentation speaks it out, too. If the period contains years or months, then the months will be normalized to be between 0 and 11. The days field and below will be...
I believe they are identical. They perform the same function anyway. They appear to be implemented separately, rather than having one call the other. I'm unsure why. The only difference I can see is that toDateTime must be implemented, because it is defined in AbstractInstant, and DateTime extends AbstractInstant....
java,date,datetime,jodatime,utc
If your DateTime object is in UTC, converting it to LocalDate is fine if you don't care about time. If it's not already in UTC, you can convert it to UTC using DateTime.withZone(DateTimeZone.UTC).toLocalDate() LocalDate represents only the date components, without timezone information. Therefore, your code can just use it and...
java-8,jodatime,jsp-tags,java-time,jsr310
So, while writing this I've found the solution. Of course thanks to java.time mastermind Stephen. Why the formatter doesn't revert to ZoneId.systemDefault() if needed just eludes me....
Date-Only Since you want only a date without time-of-day and without time zone, use a date-only class. The old java.util.Date/.Calendar classes lack such a class. And those old classes are notoriously troublesome and flawed. Instead use either: Joda-Time java.time, built into Java 8, inspired by Joda-Time. Joda-Time Here is some...
You mean something like... DateTime from = new DateTime(2014, DateTimeConstants.FEBRUARY, 15, 8, 51, 30, 100); DateTime to = new DateTime(2016, DateTimeConstants.DECEMBER, 25, 17, 01, 51, 50); Interval i = new Interval(from, to); Period p = i.toPeriod(PeriodType.yearMonthDayTime()); System.out.println(p.getYears() + " years"); System.out.println(p.getMonths() + " months"); System.out.println(p.getDays() + " days"); System.out.println(p.getHours() +...
For correct handling of Z symbol in your input your pattern is NOT correct because the letter Z is not a literal but stands for UTC+00:00. Following solution will work for you (and you can adjust the precision as you want): DateTimeParser[] parsers = { new DateTimeFormatterBuilder() .appendLiteral('.') .appendFractionOfSecond(2, 3)...
The issue was that the default timezone was being explicitly set in a part of the code that used timezones. As a result, every other call that used the default JVM timezone would use this new timezone - resulting in the differences described.
Adding these two Converters to the CustomConversions fix the problem. @Configuration public class MongoConfiguration extends AbstractMongoConfiguration { @Override protected String getDatabaseName() { return "databasename"; } @Override public Mongo mongo() throws Exception { return new MongoClient("localhost"); } @Override public CustomConversions customConversions() { List<Converter<?, ?>> converters = new ArrayList<>(); converters.add(new LocalTimeToStringConverter()); converters.add(new...
A Period in JodaTime represents a "set of duration field values". Therefore, the methods getMinutes(), getHours(), ... are returning the value of those fields rather than computing the minutes, hours, ... Furthermore, the conversion from a Duration sets the fields according to a PeriodType and a chronology. From the API...
java,datetime,timezone,jodatime,java-time
Not all time-zone strings from Joda-Time will match java.time but the vast majority will as they are both based on the IANA tz data. Compare DateTimeZone.getAvailableIDs() to ZoneId.getAvailableZoneIds() to determine the mismatch. Additional identifiers can be mapped using ZoneId.of(String, Map). To do the main conversion in the most efficient way,...
In BuildConfig.groovy, try dependencies { compile "joda-time:joda-time:x.y" // x.y is the version of interest, make sure it's compatible with the plugin } plugins { compile ":joda-time:1.5" { excludes "joda-time" } } Ref: http://grails.github.io/grails-doc/2.4.x/guide/single.html#pluginDependencies...
At first please note that dateTime.toDate().getTime() returns time in millis not in seconds. Also there is no default date format to print date in millis. You can of course implement your own DateTimeFormatter but it makes no sense compared to String.valueOf(new DateTime().getMillis()) or String.valueOf(new DateTime().getMillis()/1000) if you want result in...
android,date,jodatime,days,period
While I try to understand why doesn't work, I've found another way to do it: //I take a date (myDate) to create a start point and an end date: DateTime startDate =new DateTime(myDate); DateTime endDate = new DateTime(); //now() Days someDays= Days.daysBetween(startDate, endDate); int result=someDays.getDays(); That's all. Anyway, I hope...
ZonedDateTime zdt = ZonedDateTime.of( 2015, 1, 25, 23, 35, 7, 684000000, ZoneId.of("Europe/London")); System.out.println(zdt); // 2015-01-25T23:35:07.684Z[Europe/London] System.out.println(zdt.getZone().getId()); // Europe/London System.out.println(zdt.toInstant().toEpochMilli()); // 1422228907684 DateTimeZone london = DateTimeZone.forID(zdt.getZone().getId()); DateTime dt = new DateTime(zdt.toInstant().toEpochMilli(), london); System.out.println(dt); // 2015-01-25T23:35:07.684Z ...
java,hibernate,jpa,jodatime,h2
I think you missed the @Column and the @Type annotations: @Column @Type(type="org.jadira.usertype.dateandtime.joda.PersistentDateTime") @DateTimeFormat(iso = DateTimeFormat.ISO.DATE_TIME)without success private DateTime lastSeen; ...
I had to specify locale explicitly DateTime dateTime = dateTimeFormatter.withLocale(new Locale("en_EN")).parseDateTime(strDate); otherwise it doesn't work on jdk>=7...
I suspect the problem here is just the lack of a T in the value. Note that the idea of "a LocalDateTime [...] but in UTC" is meaningless. A LocalDateTime value has no time zone. The simplest fix is probably just to create a DateTimeFormatter from a pattern: // Java...
Just subtract 31 days. For example: LocalDate current = new LocalDate(2015, 6, 19); LocalDate x = current.minusDays(31); // 2015-05-19 To get the current date, you could use: LocalDate current = new LocalDate(); // Default time zone or LocalDate current = new LocalDate(zone); // Some specific zone Or you may want...
java,spring-mvc,datetime,jackson,jodatime
If you create you custom ObjectMapper class like in the code below it will override default objectMapper and you don't need your xml configuration at all: @Service public class CustomObjectMapper extends ObjectMapper { public CustomObjectMapper() { this.configure(SerializationFeature.WRITE_DATES_AS_TIMESTAMPS, false); this.registerModule(new JodaModule()); } } I've added this simple service to the simple...
If I got your question right this is what you are looking for long estDateInLong=//whatever gives you past date long currentTimeinLong=Calendar.getInstance().getTimeInMillis(); long diff=(long)(currentTimeinLong-estDateInLong); long diffDay=diff/(24*60*60 * 1000); diff=diff-(diffDay*24*60*60 * 1000); //will give you remaining milli seconds relating to hours,minutes and seconds long diffHours=diff/(60*60 * 1000); diff=diff-(diffHours*60*60 * 1000); long diffMinutes...
Try this: Timestamp _before = (Timestamp) MySQLString.getTime(); Timestamp _now = new Timestamp(new DateTime().getMillis()); System.out.println("CONVERT RESULT MINUTES: "+minutesBetweenTimestamps(_before, _now)); //Pass the variables to this method public Integer minutesBetweenTimestamps(Timestamp before, Timestamp after){ long _timeGap = after.getTime() - before.getTime(); return (int) (_timeGap / 1000 / 60); } ...
It would appear that Yammer returns a timezone field as part of the user object in its REST API. An example can be seen as part of the authorization docs in the response body in the section labeled "C. App Authentication", and looks like: { "user": { "timezone": "Hawaii", "interests":...
In Joda-Time, a time value is represented by a LocalTime object. Here is an example of reading in the string you gave as an example: String inputTime = "9:30 PM"; DateTimeFormatterBuilder builder = new DateTimeFormatterBuilder(); builder.appendPattern("h:mm a"); LocalTime time = LocalTime.parse(inputTime, builder.toFormatter()); If you need to somehow combine this with...
There's basically no such concept. After all, 365 days isn't 1 year if you start in a leap year. What you could do is take some "base" date, add your days-based period to that, and then take a year/month/day based period from the result: Period convertToYearMonthDay(Period period, LocalDate referenceDate) {...
Because the format pattern m refers to the minute field. The month field is M. You've used the lower-case m for both minutes and months. You should use "yyyy-MM-dd HH:mm:ss.SSS", not "yyyy-mm-dd HH:mm:ss.SSS"...
Z and z are for TimeZones - you want a which is the format-code for half-day. The formatting codes are describe in the JavaDoc for org.joda.time.format.DateTimeFormat The code below works for me (running on a Java 8 JRE with Joda 2.6) public static void main(String[] args) { String format =...
To use the TypeHandler configuration, MyBatis needs to know both the Java type of the resulting object and the SQL type of the source column. Here we use a resultType in the <select /> so MyBatis knows the Java type, but it cannot know the SQL type if we do...
You need to import the class in your GSP to be able to use it. Add <%@ page import="org.joda.time.LocalTime" %> at the top of your page. Alternatively, use a fully qualified class reference in your <joda:timePicker> tag....
This is a binding error - Joda Time Plugin - Fields nullable? One work around is-- Change field name in the view, say time <joda:timePicker name="time" value="${myDomainInstance?.end}" default="none" noSelection="['': '']"/> and only populate this in your domain instance if data exists, like this def save(MyDomain myDomainInstance) { if(params.time_minute && params.time_hour){...
Edit: after more info from the OP the answer has been slightly changed. You can use the following pattern (that you defined). "MMM dd yyyy hh:mma" But, since your input strings varies depending on if it is a 2 digit hour or a one digit hour I suggest that you...
You cannot use a predefined formatter but you can construct your own one (and assign it to a static constant) using following pattern: static final DateTimeFormatter DATE_TIME_OPTIONAL_OFFSET = DateTimeFormatter.ofPattern("uuuu-MM-dd'T'HH:mm:ss[xxx]"); Attention: If you parse an input containing only date and time but without offset (and without any offset/zone-default) then the result...
android,jodatime,android-traceview
This issue might have been solved with the newest Joda-Time-release v2.6 because the class initialization of class DateTimeZone (where you observe huge amounts of time spent) no longer calls the method setProvider0(), see also this commit.
LocalDate is just that, date only, no time information. Use LocalDateTime instead import org.joda.time.DateTime; import org.joda.time.LocalDateTime; import org.joda.time.Seconds; public class Test { public static void main(String[] args) { DateTime today = DateTime.now(); today = today.minusDays(5); int dateDiff = getDateDifference(today); System.out.println("Timestamp: " + dateDiff); } public static int getDateDifference(DateTime dateCreatedPa) {...
java,maven,intellij-idea,jodatime
You should check in your pom.xml if the packaging type is explicitly set to war. If not, maven won't use the maven-war-plugin to bundle your application correctly with all your referenced libraries, e.g. joda-time. so You should have: <packaging>war</packaging> See also for reference: Maven Reference Book...
When you parse a DateTime object, it returns the DateTime object in the Systems TimeZone. Hence your dateTime object is already in GMT+5. In dateTimez you are just getting the same DateTime with same timezone. Hence it doesn't change. Fix: dateTime = dateTime.withZoneRetainFields(org.joda.time.DateTimeZone) // pass the Timezone of the DB...
a pseudocode solution might look something like the below. onSameWorkDay? if yes simple date comparison if no days = find number of whole work days between the two dates dayToMin = days * 8 * 60 minDay1 = find minutes between specified start time and end of day1 minDay2 =...
It is easy to make it with JODA library. Core java libraries are painfull and they are not suggested to use. However, Date and Time libraries has been reimplemented with Java 8. Lets make an example, assume that you try to convert Melbourne Australia time to Madrid time. Here is...
java,datetime,timezone,jodatime
That's the local time offset from UTC/GMT. Is there any way to remove the Time Zone (+12:00 bit) from the dateTime object? Yes, there is a way, but it would result in the wrong time. Assuming you live in Fiji or Kiribati, the time given is the correct time. It's...
In the javadoc of DateTimeConparator: public static DateTimeComparator getInstance(DateTimeFieldType lowerLimit, DateTimeFieldType upperLimit) Returns a DateTimeComparator with a lower and upper limit. Fields of a magnitude less than the lower limit are excluded from comparisons. Fields of a magnitude greater than or equal to the upper limit are also excluded from...
android,jodatime,android-5.0-lollipop
This is probably a localization issue. It appears that your default local does not know the "AM"-string, but something else. Joda-Time just delegates to the underlying JVM-resource, in your case to the Android-resources which can be different. To do so, Joda-Time finally uses the class DateFormatSymbols. Please check your locale...
parsing,date,elasticsearch,jodatime,datetime-format
This works for me on ES 1.4.4 PUT hilden1 PUT hilden1/type1/_mapping { "properties": { "dt": {"type": "date", "format": "yyyy-MM-dd HH:mm:ss,SSS"} } } POST hilden1/type1 { "dt": "2015-02-09 02:10:05,245" } GET hilden1/type1/_search ...
I'm getting closer toward an answer. I think this belongs in the answer section rather than the question section. This groups by key, turns into a local collect, extracts the first item (date). => (def result-dates (map first (f/collect (f/group-by-key by-date)))) => result-dates (#<DateTime 2014-01-01T00:00:00.000Z> #<DateTime 2014-01-01T00:00:00.000Z> #<DateTime 2014-01-01T00:00:00.000Z> #<DateTime...
The timestamp matching done by the date filter isn't based on regular expressions or grok expressions. That's why putting SYSLOG5424SD there doesn't work. Apart from a couple of special cases listed in the filter documentation you can only use tokens recognized by the Joda-Time library. See the documentation of the...
You need to manually specify a mapping from timezone abbreviation to timezone. For example: return new DateTimeFormatterBuilder() .appendPattern("dd/MM/yyyy HH:mm:ss ") .appendTimeZoneShortName(UK_TIMEZONE_SYMBOLS) .toFormatter(); Here UK_TIMEZONE_SYMBOLS is a Map<String,DateTimeZone> which contains our view of timezone names (so BST is British summer time, not Bangladesh standard time)...
java,android,jodatime,duration
I think you have just forgotten a colon between hour-part and minute part causing the total sum looking like 2701:44 instead of 27:01:44 (this is an example for the sum of the three elements "03:20:45", "00:40:11", "23:00:48" which is correctly calculated by Joda-Time). So your solution should finally look like:...
java,date,jodatime,date-conversion
OK, finally got the following fragment and it works most close to my expectations. Like SDF but many times faster - like no string parsing just to get digits: import org.joda.time.DateTime; import org.joda.time.LocalDate; public static Date toDateJoda(int intDate) { LocalDate ldt = new LocalDate( intDate / 10000, (intDate / 100)...
Unfortunately, now() is creating an internal date/time object that do not support yet all the JODA methods (we'll add them in the next release). In the meantime, here are several way to compute the end of month: with // Be aware it is the server's end of month not the...
So I eventually figured this out, the solution is to construct the complete parser and printer separately, like so: /** * Parser for the "fraction" part of a date-time value. */ private static final DateTimeParser FRACTION_PARSER = new DateTimeFormatterBuilder() .appendLiteral('.') .appendFractionOfSecond(3, 9) .toParser(); private static final DateTimeParser BASE_PARSER = new...
json,datetime,gson,jodatime,jsonobject
In the JS/Jquery, I used var endTimestamp = new Date(data[i].endTimestamp.iMillis); ...
Use the right temporal type: LocalDateTime ldt = ISODateTimeFormat.dateTimeParser().parseLocalDateTime("2015-10-25T08:45:00.000+11:00"); System.out.println(ldt); // 2015-10-25T08:45:00.000 ...
You can wrap a final class into your own class, provide whatever operations you want, and provide "view" method which will return the original Joda-time object. Like that: public class MyJodaExtension { private final DateTime dateTime; public MyJodaExtension(DateTime dateTime) { this.dateTime = dateTime; } public boolean myOperation() { return false;...
The Java locale framework supports internationalization of some common forms of date / time, numbers, currency and so on. For date / time values the set of predefined formats is described in the Java Tutorial: Using Predefined Formats. Unfortunately, "year and month" is not one of the formats. This leaves...
You can use DateTime class plusxx() methods; public static void main(String[] args) { String dateTime = "23.02.2015 14:06:30 +01:00"; DateTimeFormatter dtf = DateTimeFormat.forPattern("dd.MM.yyyy HH:mm:ss Z"); DateTime jodatime = dtf.parseDateTime(dateTime); DateTimeFormatter dtfOut = DateTimeFormat.forPattern("dd.MM.yyyy HH:mm:ss"); System.out.println(dtfOut.print(jodatime)); DateTime resultDateTime = jodatime.plusHours(1); System.out.println(dtfOut.print(resultDateTime)); } And the output is; 23.02.2015 08:36:30 23.02.2015 09:36:30 Result...
java,google-app-engine,jodatime,objectify,google-cloud-datastore
If you look at the source code, obviously not. Supported types are: DateTimeZone LocalDate LocalDateTime DateTime (via ReadableInstant) Maybe you can learn from the source code and write your own translator/adapter, see for example the source code of LocalDateTranslatorFactory It does not seem to be so difficult. But you have...
jquery,json,spring,jodatime,spring-portlet-mvc
I was able to solve the issue by adding this to the Controller. The main reason I had to do this was it was Portlet MVC and I couldn't add annotation to the POJO as they were generated from XSD: @InitBinder public void initBinder(WebDataBinder binder) { binder.initDirectFieldAccess(); /* register appropriate...
If you would add one month to 2015/01/29, you would get 2015/02/29 - since 2015 isn't a leap year, that's not a valid date, so Joda chooses 2015/02/28, as documented: The addition may change the year, but the day-of-month is normally unchanged. If adding months makes the day-of-month invalid, it...
Use Days Class of Joda Library Days days=Days.daysBetween(startDate.toLocalDate(), endDate.toLocalDate()).getDays(); int noOfDays=days.getDays(); As an alternative we can also ues Java 8 Date and Time API public void days_between_two_dates_in_java_with_java8 () { LocalDate startDate = LocalDate.now().minusDays(1); LocalDate endDate = LocalDate.now(); long days = Period.between(startDate, endDate).getDays(); // or long days2 = ChronoUnit.DAYS.between(startDate, endDate); }...
compile ''com.fatboyindustrial.gson-jodatime-serialisers:gson-jodatime-serialisers:1.1.0' //this depends on it. Could be causing the problem.' According to mvnrespository.com, this library depends on joda-time itself so it may be a duplicate entry compile ("com.fatboyindustrial.gson-jodatime-serialisers:gson-jodatime-serializers:1.1.0") { exclude module: 'joda-time' } Should do the trick...
java,jodatime,simpledateformat
Two issues here. The first is that you are using the wrong format to parse. Your format tells the parser to just look at the Z as a literal character with no significance. This means it will parse it as a local date because it doesn't treat the Z as...
android,datetime,timezone,jodatime
The solution i have found: in your application class, or somewhere else, initialise JodaTimeAndroid: JodaTimeAndroid.init(this); after this initialisation the date will be automatically converted to your zone, with proper offset. This is how you parse the data then: private static String FORMAT_DATE_SERVER = "yyyy-MM-dd'T'HH:mm:ssZ"; private static String raw_date = "2015-06-18T08:52:27Z";...
According to the SimpleDateFormat javadocs, if you use capital DD, which means "day of year", then it makes sense that adding 100 days yields day 113. You should use dd (lowercase), which means "day of month". Also, you should use lowercase yyyy for year; YYYY means "week year"....
Probably what you need is to print, and not to parse. In other words: String dateStr = dtf.print(weekMon); Notice that with this code: LocalDate weekFin = dtf.parseLocalDate(weekMon.toString()); you are trying to parse a string in "yyyy-MM-dd" format using a formatter that accepts strings in "dd/MM" format. Hence the exception......
The answer given by @Adam S is almost okay. However, I would prefer to specify the timezone explicitly. Without specifying it you get the constructed DateTime-instance in the system timezone. But you want the zone "0000" (UTC)? Then look for this alternative constructor: String milliseconds = "14235453511"; DateTime someDate =...