Dates, times and time zones | Decadis App Help Center

All date-time values are numeric values representing the number of milliseconds elapsed since January 1, 1970, 00:00:00 GMT.

JWT offers various ways of displaying or calculating date-time values, such as JWT calculated number fields.

General information

Time values can be manipulated and might depend on certain factors. These are listed below.

Time Macros

While the number of milliseconds might be useful in some cases, usually you want to retrieve values that are more readable (e.g. when being used in calculated fields).

Macros are aliases for fixed values. They are often used to convert milliseconds to a more accessible value.

List of all time macros

Macro	Equivalent value
`{SECOND}`	`1000`
`{MINUTE}`	`1000 * 60`
`{HOUR}`	`1000 * 60 * 60`
`{DAY}`	`1000 * 60 * 60 * 24`
`{WEEK}`	`1000 * 60 * 60 * 24 * 7`
`{MONTH}`	`1000 * 60 * 60 * 24 * 30`
`{YEAR}`	`1000 * 60 * 60 * 24 * 365`

timeLogged(subtasks())

This example returns the sum of all time logged on all subtasks of the current issue in milliseconds (see timeLogged() for more examples).

If you want to display the value and maybe compare it wit an original estimate you might need the number of hours instead. Simply divide the results by the {HOUR} time macro and you get the number of hours instead.

timeLogged(subtasks())/{HOUR}

The following macros return the day of the week:

Macro	Equivalent value
`{SUNDAY}`	`1`
`{MONDAY}`	`2`
`{TUESDAY}`	`3`
`{WEDNESDAY}`	`4`
`{THURSDAY}`	`5`
`{FRIDAY}`	`6`
`{SATURDAY}`	`7`

Use these macros in the following functions:

dayOfTheWeek()

dayOfTheWeekToString()

dayOfTheMonth()

dayOfTheYear()

The following macros return the month:

Macro	Equivalent value
`{JANUARY}`	`1`
`{FEBRUARY}`	`2`
`{MARCH}`	`3`
`{APRIL}`	`4`
`{MAY}`	`5`
`{JUNE}`	`6`
`{JULY}`	`7`
`{AUGUST}`	`8`
`{SEPTEMBER}`	`9`
`{OCTOBER}`	`10`
`{NOVEMBER}`	`11`
`{DECEMBER}`	`12`

Use these macros in the following functions:

month()

monthToString()

Time zones

Fields of type date and date-time contain a numeric value with the milliseconds elapsed since January 1, 1970, 00:00:00 GMT.

The number that will be returned by any function using a date or date-time timestamp depends on a time zone.

Available time zones

Time zone macro	Output
LOCAL or SERVER_LOCAL	Returns the time zone configured for the server running Jira.
USER_LOCAL	Returns the time zone of the current user.
RUN_AS_LOCAL	Returns the time zone of the selected Run as user.

Languages

When dealing with times and time zones sometimes you need to convert them to text. The text returned depends on the selected language.

Available languages

Language macro	Output
SERVER_LANG	Returns the default language configured for the server running Jira.
USER_LANG	Returns the language of the current user.
RUN_AS_LANG	Returns the language of the selected Run as user.

Available functions

Function	Short description	Output
lastDayOfTheMonth()	Returns the last day of the month of a given timestamp.	number
dayOfTheWeek()	Returns the day of the week of any given timestamp.	number
dateToString()	Returns the timestamp of a date part of any given date in text form.	text
nextTime()	Returns the next possible timestamp based on a JWT calendar specification.	number
dayOfTheWeekToString()	Returns the day of the week of any given timestamp in text form.	text
timeInStatus()	Returns the time the current issue has remained in a specific status.	number
timePart()	Returns the time part of any given date.	number
formatDuration()	Returns a duration in text form.	text
hour()	Returns the hour part of any given timestamp.	number
shortFormatWorkDuration()	Returns a calculated duration using the workday and workweek defined at time tracking configuration in a comprehensive form.	text
dateTime()	Creates a timestamp based on input values.	number
shortFormatDuration()	Returns a duration in short text form.	text
formatWorkDuration()	Returns a calculated duration using the workday and workweek defined at time tracking configuration.	text
minute()	Returns the minutes part of a given timestamp.	number
addDays()	Adds or subtracts days to or from any given date.	number
fieldChangeTimes()	Returns the timestamps of when a field has changed satisfying a certain condition.	number list
subtractDatesSkippingWeekends()	Subtracts two timestamps ignoring the weekends.	number
timeZone()	Returns a time zone.	time zone
weekOfTheYear()	Returns the week of a year.	number
addTimeSkippingWeekends()	Adds or subtracts time to or from any given date.	number
dateTimeToString()	Returns the timestamp of any given date in text form.	text
timeInValue()	Returns the time an issue field has had a specific value.	number
addYears()	Adds or subtracts years to or from any given date.	number
addMonths()	Adds or subtracts months to from any given date.	number
month()	Returns the month part of a given timestamp.	number
addDaysSkippingWeekends()	Adds or subtracts natural days (or working days) to or from any given date.	number
timeDifference()	Subtracts two timestamps based on a JWT calendar specification	number
year()	Returns the year part of a timestamp.	number
lastFieldChangeTime()	Returns the timestamp of the most recent value change of any given field.	number
monthToString()	Returns the name of the month for a given timestamp.	text
dayOfTheMonth()	Returns the day of the month of any given timestamp.	number
timeLogged()	Returns the sum of all the time logged on issues.	number
datePart()	Returns the date part of any given timestamp.	number
addTime()	Adds or subtracts days to or from any given timestamp based on a JWT calendar specification.	number
second()	Returns the second part of any given timestamp.	number
dayOfTheYear()	Returns the day of the year of any given timestamp.	number
nextDayOfTheWeek()	Returns a timestamp for the next occurence of any given day.	number
withinCalendar()	Checks whether a timestamp falls into a time frame defined in a JWT calendar specification.	boolean
stringToDate()	Converts a text into a date.	number
daysInTheMonth()	Returns the number of days in a month of any given timestamp.	number