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big_ben(3)

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DATE_AND_TIME(3I)				       Last changed: 1-6-98

NAME    [Toc]    [Back]

     DATE_AND_TIME - Returns data on the real-time clock and date

SYNOPSIS    [Toc]    [Back]

     CALL DATE_AND_TIME	([[DATE=]date] [,[TIME=]time] [,[ZONE=]zone]
     [,[VALUES=]values])

IMPLEMENTATION    [Toc]    [Back]

     UNICOS, UNICOS/mk,	and IRIX systems

STANDARDS    [Toc]    [Back]

     Fortran 90

DESCRIPTION    [Toc]    [Back]

     The DATE_AND_TIME intrinsic subroutine returns data on the	real-time
     clock and date.  The time returned	is local but the difference between
     local time	and Coordinated	Universal Time (UTC) can be determined.
     Note that UTC is also known as Greenwich Mean Time.

     The DATE_AND_TIME intrinsic subroutine accepts the	following
     arguments:

     date      Must be a scalar	of type	character.  It must be at least	8
	       characters long to contain the complete value.  It is an
	       output argument,	and the	leftmost 8 characters are set to a
	       value of	the form CCYYMMDD, where CC is the century, YY is
	       the year	within the century, MM is the month within the
	       year, and DD is the day within the month.  If there is no
	       date available, date is set to blanks.

     time      Must be a scalar	of type	character.  It must be at least	10
	       characters long to contain the complete value.  It is an
	       output argument,	and the	leftmost 10 characters are set to a
	       value of	the form hhmmss.sss, where hh is the hour of the
	       day, mm is the minutes of the hour, and ss.sss is seconds
	       and milliseconds	of the minute.	If there is no clock
	       available, time is set to blanks.

     zone      Must be a scalar	of type	character.  It must be at least	5
	       characters long to contain the complete value.  It is an
	       output argument whose leftmost 5	characters are set to a
	       value of	the form _hhmm,	where hh and mm	are the	time
	       difference with respect to UTC in hours and parts of an hour
	       expressed in minutes, respectively.  If there is	no clock
	       available, zone is set to blanks.

     values    Must be of type default integer and of rank one.	 It is an
	       output argument and must	have at	least 8	elements.  The
	       values returned in values are as	follows:

	       Values	 Return	Value

	       values(1) The year (that	is, 1990), or -HUGE (0)	if there is
			 no date available

	       values(2) The month of the year (1-12), or -HUGE	(0) if
			 there is no date available

	       values(3) The day of the	month (1-31), or -HUGE (0) if there
			 is no date available

	       values(4) The time difference, in minutes, with respect to
			 UTC, or -HUGE (0) if this information is not
			 available

	       values(5) The hour of the day, in the range of 0	to 23, or
			 -HUGE (0) if there is no clock

	       values(6) The minutes of	the hour, in the range 0 to 59,	or
			 -HUGE (0) if there is no clock

	       values(7) The seconds of	the minute, in the range 0 to 60,
			 or -HUGE (0) if there is no clock

	       values(8) The milliseconds of the second, in the	range 0	to
			 999, or -HUGE (0) if there is no clock.

     DATE_AND_TIME is an intrinsic subroutine.	The name of this intrinsic
     cannot be passed as an argument.

EXAMPLES    [Toc]    [Back]

     The following program uses	the DATE_AND_TIME intrinsic subroutine:

	  INTEGER date_time(8)
	  CHARACTER(LEN=10) 
, date_time)
	  PRINT	*,'date_time array values:'
	  PRINT	*,'year=',date_time(1)
	  PRINT	*,'month_of_year=',date_time(2)
	  PRINT	*,'day_of_month=',date_time(3)
	  PRINT	*,'time	difference in minutes=',date_time(4)
	  PRINT	*,'hour	of day=',date_time(5)
	  PRINT	*,'minutes of hour=',date_time(6)
	  PRINT	*,'seconds of minute=',date_time(7)
	  PRINT	*,'milliseconds	of second=',date_time(8)
	  PRINT	*, 'DATE=',big_ben(1)
	  PRINT	*, 'TIME=',big_ben(2)
	  PRINT	*, 'ZONE=',big_ben(3)
	  END

     When this program was run in Minnesota, USA, on June 1, 1994, at
     approximately 5:39	PM, on a UNICOS	system,	it generated the following
     output:

	  date_time array values:
	  year=1994
	  month_of_year=6
	  day_of_month=1
	  time difference in minutes=360
	  hour of day=17
	  minutes of hour=39
	  seconds of minute=30
	  milliseconds of second=818
	  DATE=19940601
	  TIME=173930.818
	  ZONE=-0600

     When this program was run in Minnesota, USA, on May 2, 1997, at
     approximately 9:34	AM, on an IRIX system, it generated the	following
     output:

	  date_time array values:
	  year=1997
	  month_of_year=5
	  day_of_month=2
	  time difference in minutes=300
	  hour of day=9
	  minutes of hour=34
	  seconds of minute=39
	  milliseconds of second=583
	  DATE=19970502
	  TIME=093439.583
	  ZONE=-0500

SEE ALSO    [Toc]    [Back]

      
      
     Intrinsic Procedures Reference Manual, publication	SR-2138, for the
     printed version of	this man page.

DATE_AND_TIME(3I)				       Last changed: 1-6-98

NAME    [Toc]    [Back]

     DATE_AND_TIME - Returns data on the real-time clock and date

SYNOPSIS    [Toc]    [Back]

     CALL DATE_AND_TIME	([[DATE=]date] [,[TIME=]time] [,[ZONE=]zone]
     [,[VALUES=]values])

IMPLEMENTATION    [Toc]    [Back]

     UNICOS, UNICOS/mk,	and IRIX systems

STANDARDS    [Toc]    [Back]

     Fortran 90

DESCRIPTION    [Toc]    [Back]

     The DATE_AND_TIME intrinsic subroutine returns data on the	real-time
     clock and date.  The time returned	is local but the difference between
     local time	and Coordinated	Universal Time (UTC) can be determined.
     Note that UTC is also known as Greenwich Mean Time.

     The DATE_AND_TIME intrinsic subroutine accepts the	following
     arguments:

     date      Must be a scalar	of type	character.  It must be at least	8
	       characters long to contain the complete value.  It is an
	       output argument,	and the	leftmost 8 characters are set to a
	       value of	the form CCYYMMDD, where CC is the century, YY is
	       the year	within the century, MM is the month within the
	       year, and DD is the day within the month.  If there is no
	       date available, date is set to blanks.

     time      Must be a scalar	of type	character.  It must be at least	10
	       characters long to contain the complete value.  It is an
	       output argument,	and the	leftmost 10 characters are set to a
	       value of	the form hhmmss.sss, where hh is the hour of the
	       day, mm is the minutes of the hour, and ss.sss is seconds
	       and milliseconds	of the minute.	If there is no clock
	       available, time is set to blanks.

     zone      Must be a scalar	of type	character.  It must be at least	5
	       characters long to contain the complete value.  It is an
	       output argument whose leftmost 5	characters are set to a
	       value of	the form _hhmm,	where hh and mm	are the	time
	       difference with respect to UTC in hours and parts of an hour
	       expressed in minutes, respectively.  If there is	no clock
	       available, zone is set to blanks.

     values    Must be of type default integer and of rank one.	 It is an
	       output argument and must	have at	least 8	elements.  The
	       values returned in values are as	follows:

	       Values	 Return	Value

	       values(1) The year (that	is, 1990), or -HUGE (0)	if there is
			 no date available

	       values(2) The month of the year (1-12), or -HUGE	(0) if
			 there is no date available

	       values(3) The day of the	month (1-31), or -HUGE (0) if there
			 is no date available

	       values(4) The time difference, in minutes, with respect to
			 UTC, or -HUGE (0) if this information is not
			 available

	       values(5) The hour of the day, in the range of 0	to 23, or
			 -HUGE (0) if there is no clock

	       values(6) The minutes of	the hour, in the range 0 to 59,	or
			 -HUGE (0) if there is no clock

	       values(7) The seconds of	the minute, in the range 0 to 60,
			 or -HUGE (0) if there is no clock

	       values(8) The milliseconds of the second, in the	range 0	to
			 999, or -HUGE (0) if there is no clock.

     DATE_AND_TIME is an intrinsic subroutine.	The name of this intrinsic
     cannot be passed as an argument.

EXAMPLES    [Toc]    [Back]

     The following program uses	the DATE_AND_TIME intrinsic subroutine:

	  INTEGER date_time(8)
	  CHARACTER(LEN=10) 
, date_time)
	  PRINT	*,'date_time array values:'
	  PRINT	*,'year=',date_time(1)
	  PRINT	*,'month_of_year=',date_time(2)
	  PRINT	*,'day_of_month=',date_time(3)
	  PRINT	*,'time	difference in minutes=',date_time(4)
	  PRINT	*,'hour	of day=',date_time(5)
	  PRINT	*,'minutes of hour=',date_time(6)
	  PRINT	*,'seconds of minute=',date_time(7)
	  PRINT	*,'milliseconds	of second=',date_time(8)
	  PRINT	*, 'DATE=',big_ben(1)
	  PRINT	*, 'TIME=',big_ben(2)
	  PRINT	*, 'ZONE=',big_ben(3)
	  END

     When this program was run in Minnesota, USA, on June 1, 1994, at
     approximately 5:39	PM, on a UNICOS	system,	it generated the following
     output:

	  date_time array values:
	  year=1994
	  month_of_year=6
	  day_of_month=1
	  time difference in minutes=360
	  hour of day=17
	  minutes of hour=39
	  seconds of minute=30
	  milliseconds of second=818
	  DATE=19940601
	  TIME=173930.818
	  ZONE=-0600

     When this program was run in Minnesota, USA, on May 2, 1997, at
     approximately 9:34	AM, on an IRIX system, it generated the	following
     output:

	  date_time array values:
	  year=1997
	  month_of_year=5
	  day_of_month=2
	  time difference in minutes=300
	  hour of day=9
	  minutes of hour=34
	  seconds of minute=39
	  milliseconds of second=583
	  DATE=19970502
	  TIME=093439.583
	  ZONE=-0500

SEE ALSO    [Toc]    [Back]

      
      
     Intrinsic Procedures Reference Manual, publication	SR-2138, for the
     printed version of	this man page.

[ Back ]
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