util.Datetime.format()
util.Datetime.format() formats a DATETIME value according to the specified format.
Syntax
util.Datetime.format(value, format)
Parameters
|
value |
a DATETIME value that must be formatted |
|
format |
Usage and examples
util.Datetime.format() takes a DATETIME value and formats it according to the specified format:
DISPLAY util.Datetime.format(CURRENT,"%Y-%m-%d %H:%M")
A format string is a combination of placeholders - e.g., %Y, %m, %d - representing different parts of a DATETIME value (year, month, day, hour, minute, second, and fraction).
The table below lists the symbols that can be used in a format string.
All the characters absent from the table are interpreted as literals and are added as-is to the resulting string.
All dates are formatted according to the Gregorian calendar.
|
placeholder |
description |
|
%A |
a full name of the week day |
|
%a |
an abbreviated name of the week day |
|
%B |
a full name of the month |
|
%b or %h |
an abbreviated name of the month |
|
%C |
a number of the century (0-99) |
|
%c |
date and time represented using the time and date formats of the application locale |
|
%D |
an equivalent to %m/%d/%y |
|
%d |
a day in a month in a 2-digit format (01-31) |
|
%e |
a day in a month in a 1- or 2-digit format (1-31) |
|
%F |
a fraction of a second |
|
%H or %k |
an hour of a 24-hour clock (00-23) |
|
%I |
an hour of a 12-hour clock (1-12) |
|
%y |
a year in a 2-digit format (00-99) |
|
%Y |
a year in a 4-digit format (e.g., 2001-2100) |
|
%m |
a month in a year in a 2-digit format (01-12) |
|
%M |
a minute |
|
%n |
a newline character |
|
%p |
an equivalent of AM or PM used in the application locale |
|
%R |
an equivalent to %H:%M |
|
%r |
an equivalent to %I:%M:%S %p in the POSIX locale |
|
%S |
a second |
|
%T |
an equivalent to %I:%M:%S |
|
%t |
a TAB character |
|
%X |
time represented using the time format of the application locale |
|
%x |
date represented using the date format of the application locale |
|
%w |
an ordinal number of a week day (0-6, starting with Sunday) |
Here are some examples of the formatted DATETIME values:
|
format string |
DATETIME value |
resulting string |
|
%Y-%m-%d %H:%M |
2017-02-22 12:15:43.032 |
2017-02-22 12:15 |
|
%Y/%m/%d %H:%M:%S:%F |
2017/02/22 12:15:43.032 |
|
|
%d-%m-%y %H:%M |
22-02-17 12:15 |
|
|
%d-%B-%Y %H:%M:%S |
22-February-2017 12:15:43 |
|
|
%Y-%b-%d (%a) %I:%M |
2017-Feb-22 (Wed) 12:15 |
|
|
%A, %B %d |
Wednesday, February 22 |
|
|
%Y-%m-%d %p |
2017-02-22 PM |
|
|
%T |
12:15:43 |
|
|
[%d %h %Y %H:%M:%S] |
[22 Feb 2017 12:15:43] |
|
|
%B %d, %Y |
February 22, 2017 |
|
|
%w %t = %t %A |
3 = Wednesday |
|
|
%D %n %H:%M |
02/22/17 12:15 |
If the source value is NULL, util.Datetime.format() will return NULL.
|
example code #1 |
MAIN DISPLAY CURRENT DISPLAY util.Datetime.format(CURRENT, "%Y-%m-%d %H:%M") CALL fgl_getkey() END MAIN |
|
obtained results #1 |
|
|
example code #2 |
MAIN DISPLAY util.Datetime.format(CURRENT, "%c") DISPLAY util.Datetime.format(CURRENT, "%x") DISPLAY util.Datetime.format(CURRENT, "%X") CALL fgl_getkey() END MAIN |
|
obtained results #2 |
|
