@end example
@end defun
-@defun decode-time &optional time zone
+@defun decode-time &optional time zone form
This function converts a time value into calendrical information. If
you don't specify @var{time}, it decodes the current time, and similarly
@var{zone} defaults to the current time zone rule. @xref{Time Zone Rules}.
-The return value is a list of ten elements, as follows:
+The @var{form} argument controls the form of the returned
+@var{seconds} element, as described below.
+The return value is a list of nine elements, as follows:
@example
-(@var{seconds} @var{minutes} @var{hour} @var{day} @var{month} @var{year}
- @var{dow} @var{dst} @var{utcoff} @var{subsec})
+(@var{seconds} @var{minutes} @var{hour} @var{day} @var{month} @var{year} @var{dow} @var{dst} @var{utcoff})
@end example
Here is what the elements mean:
@table @var
@item seconds
-The number of seconds past the minute, as an integer between 0 and 59.
-On some operating systems, this is 60 for leap seconds.
+The number of seconds past the minute, with form described below.
@item minutes
The number of minutes past the hour, as an integer between 0 and 59.
@item hour
@item utcoff
An integer indicating the Universal Time offset in seconds, i.e., the number of
seconds east of Greenwich.
-@item subsec
-The number of subseconds past the second, as either 0 or a Lisp
-timestamp @code{(@var{ticks} . @var{hz})} representing a nonnegative
-fraction less than 1.
@end table
+The @var{seconds} element is a Lisp timestamp that is nonnegative and
+less than 61; it is less than 60 except during positive leap seconds
+(assuming the operating system supports leap seconds). If the
+optional @var{form} argument is @code{t}, @var{seconds} uses the same
+precision as @var{time}; if @var{form} is @code{integer},
+@var{seconds} is truncated to an integer. For example, if @var{time}
+is the timestamp @code{(1566009571321 . 1000)}, which represents
+2019-08-17 02:39:31.321 UTC on typical systems that lack leap seconds,
+then @code{(decode-time @var{time} t t)} returns @code{((31321 . 1000)
+39 2 17 8 2019 6 nil 0)}, whereas @code{(decode-time @var{time} t
+'integer)} returns @code{(31 39 2 17 8 2019 6 nil 0)}. If @var{form}
+is omitted or @code{nil}, it currently defaults to @code{integer} but
+this default may change in future Emacs releases, so callers requiring
+a particular form should specify @var{form}.
+
@strong{Common Lisp Note:} Common Lisp has different meanings for
-@var{dow} and @var{utcoff}, and lacks @var{subsec}.
+@var{dow} and @var{utcoff}, and its @var{second} is an integer between
+0 and 59 inclusive.
To access (or alter) the elements in the time value, the
@code{decoded-time-second}, @code{decoded-time-minute},
@code{decoded-time-hour}, @code{decoded-time-day},
@code{decoded-time-month}, @code{decoded-time-year},
-@code{decoded-time-weekday}, @code{decoded-time-dst},
-@code{decoded-time-zone} and @code{decoded-time-subsec}
-accessors can be used.
+@code{decoded-time-weekday}, @code{decoded-time-dst} and
+@code{decoded-time-zone} accessors can be used.
For instance, to increase the year in a decoded time, you could say:
could say:
@lisp
-(let ((time (decode-time))
+(let ((time (decode-time nil nil t))
(delta (make-decoded-time :month 2)))
(encode-time (decoded-time-add time delta)))
@end lisp
Ordinarily the first argument is a list
@code{(@var{second} @var{minute} @var{hour} @var{day} @var{month}
-@var{year} @var{ignored} @var{dst} @var{zone} @var{subsec})} that specifies a
+@var{year} @var{ignored} @var{dst} @var{zone})} that specifies a
decoded time in the style of @code{decode-time}, so that
@code{(encode-time (decode-time ...))} works. For the meanings of
these list members, see the table under @code{decode-time}.
As an obsolescent calling convention, this function can be given six
-through ten arguments. The first six arguments @var{second},
+or more arguments. The first six arguments @var{second},
@var{minute}, @var{hour}, @var{day}, @var{month}, and @var{year}
-specify most of the components of a decoded time. If there are seven
-through nine arguments the @emph{last} argument is used as @var{zone},
-and if there are ten arguments the ninth specifies @var{zone} and the
-tenth specifies @var{subsec}; in either case any other extra arguments
-are ignored, so that @code{(apply #'encode-time (decode-time ...))}
-works. In this obsolescent convention, @var{zone} defaults to the
-current time zone rule (@pxref{Time Zone Rules}), @var{subsec}
-defaults to 0, and @var{dst} is treated as if it was @minus{}1.
+specify most of the components of a decoded time. If there are more
+than six arguments the @emph{last} argument is used as @var{zone} and
+any other extra arguments are ignored, so that @code{(apply
+#'encode-time (decode-time ...))} works. In this obsolescent
+convention, @var{zone} defaults to the current time zone rule
+(@pxref{Time Zone Rules}), and @var{dst} is treated as if it was
+@minus{}1.
Year numbers less than 100 are not treated specially. If you want them
to stand for years above 1900, or years above 2000, you must alter them
@end example
You can perform simple date arithmetic by using out-of-range values for
-@var{seconds}, @var{minutes}, @var{hour}, @var{day}, @var{month}, and
-@var{subsec}; for example, day 0 means the day preceding the given
-month.
+@var{seconds}, @var{minutes}, @var{hour}, @var{day}, and @var{month};
+for example, day 0 means the day preceding the given month.
The operating system puts limits on the range of possible time values;
if the limits are exceeded while encoding the time, an error results.
@example
(parse-time-string "Sat Sep 12 12:21:54 1998 +0200")
-@result{} (54 21 12 12 9 1998 6 -1 7200 0)
+@result{} (54 21 12 12 9 1998 6 -1 7200)
(time-convert
(date-to-time "Sat Sep 12 12:21:54 1998 +0200")
by hand.
+++
-*** Decoded (calendrical) timestamps now have a new subsecond member.
-This affects functions like decode-time and parse-time-string that
-generate these timestamps, and functions like encode-time that accept
-them.
+*** Decoded (calendrical) timestamps now have subsecond resolution.
+This affects decode-time, which generates these timestamps, as well as
+functions like encode-time that accept them. The subsecond info is
+present as a (TICKS . HZ) value in the seconds element of a decoded
+timestamp, and decode-time has a new optional FORM argument specifying
+the form of the seconds member. For example, if X is the timestamp
+(1566009571321878186 . 1000000000), which represents 2019-08-17
+02:39:31.321878186 UTC, (decode-time X t t) returns ((31321878186
+. 1000000000) 39 2 17 8 2019 6 nil 0) instead of the traditional (31
+39 2 17 8 2019 6 nil 0) returned by plain (decode-time X t). Although
+the default FORM is currently 'integer', which truncates the seconds
+to an integer and is the traditional behavior, this default may change
+in future Emacs versions, so callers requiring an integer should
+specify FORM explicitly.
+++
*** 'encode-time' supports a new API '(encode-time TIME)'.
*** To access (or alter) the elements a decoded time value, the
'decoded-time-second', 'decoded-time-minute', 'decoded-time-hour',
'decoded-time-day', 'decoded-time-month', 'decoded-time-year',
-'decoded-time-weekday', 'decoded-time-dst', 'decoded-time-zone',
-and 'decoded-time-subsec' accessors can be used.
+'decoded-time-weekday', 'decoded-time-dst' and 'decoded-time-zone'
+accessors can be used.
*** The new functions 'date-days-in-month' (which will say how many
days there are in a month in a specific year), 'date-ordinal-to-time'
;; create the decoded date-time
;; FIXME!?!
(let ((decoded-time (list second minute hour day month year
- nil -1 zone 0)))
+ nil -1 zone)))
(condition-case nil
(decode-time (encode-time decoded-time))
(error
(let ((time (iso8601-parse-time time-string)))
(setf (decoded-time-hour date) (decoded-time-hour time))
(setf (decoded-time-minute date) (decoded-time-minute time))
- (setf (decoded-time-second date) (decoded-time-second time))
- (setf (decoded-time-subsec date) (decoded-time-subsec time))))
+ (setf (decoded-time-second date) (decoded-time-second time))))
;; The time zone is optional.
(when zone-string
(setf (decoded-time-zone date)
(iso8601--decoded-time :hour hour
:minute (or minute 0)
:second (or second 0)
- ;; FIXME: Support subsec.
- :subsec 0
:zone (and zone
(* 60 (iso8601-parse-zone
zone)))))))))
:day (or (match-string 3 string) 0)
:hour (or (match-string 5 string) 0)
:minute (or (match-string 6 string) 0)
- :second (or (match-string 7 string) 0)
- ;; FIXME: Support subsec.
- :subsec 0))
+ :second (or (match-string 7 string) 0)))
;; PnW: Weeks.
((iso8601--match iso8601--duration-week-match string)
(let ((weeks (string-to-number (match-string 1 string))))
(cl-defun iso8601--decoded-time (&key second minute hour
day month year
- dst zone subsec)
+ dst zone)
(list (iso8601--value second)
(iso8601--value minute)
(iso8601--value hour)
(iso8601--value year)
nil
dst
- zone
- subsec))
+ zone))
(defun iso8601--encode-time (time)
"Like `encode-time', but fill in nil values in TIME."
;;;###autoload
(defun parse-time-string (string)
- "Parse the time in STRING into (SEC MIN HOUR DAY MON YEAR DOW DST TZ SUBSEC).
+ "Parse the time in STRING into (SEC MIN HOUR DAY MON YEAR DOW DST TZ).
STRING should be something resembling an RFC 822 (or later) date-time, e.g.,
\"Fri, 25 Mar 2016 16:24:56 +0100\", but this function is
somewhat liberal in what format it accepts, and will attempt to
The values returned are identical to those of `decode-time', but
any unknown values other than DST are returned as nil, and an
unknown DST value is returned as -1."
- (let ((time (list nil nil nil nil nil nil nil -1 nil nil))
+ (let ((time (list nil nil nil nil nil nil nil -1 nil))
(temp (parse-time-tokenize (downcase string))))
(while temp
(let ((parse-time-elt (pop temp))
(funcall this)))
parse-time-val)))
(setf (nth (pop slots) time) new-val))))))))
- ;; FIXME: Currently parse-time-string does not parse subseconds.
- ;; So if seconds were found, set subseconds to zero.
- (when (nth 0 time)
- (setf (nth 9 time) 0))
time))
(defun parse-iso8601-time-string (date-string)
;; Do the time part, which is pretty simple (except for leap
;; seconds, I guess).
- (setq seconds (+ (* (or (decoded-time-hour delta) 0) 3600)
- (* (or (decoded-time-minute delta) 0) 60)
- (or (decoded-time-second delta) 0)))
- (when (decoded-time-subsec delta)
- (let* ((subsec (time-convert (time-add (decoded-time-subsec time)
- (decoded-time-subsec delta))
- t))
- (s (time-convert subsec 'integer)))
- (setq seconds (+ seconds s))
- (setf (decoded-time-subsec time) (time-subtract subsec s))))
-
;; Time zone adjustments are basically the same as time adjustments.
- (setq seconds (+ seconds (or (decoded-time-zone delta) 0)))
-
- (cond
- ((> seconds 0)
- (decoded-time--alter-second time seconds t))
- ((< seconds 0)
- (decoded-time--alter-second time (abs seconds) nil)))
+ (setq seconds (time-add (+ (* (or (decoded-time-hour delta) 0) 3600)
+ (* (or (decoded-time-minute delta) 0) 60)
+ (or (decoded-time-zone delta) 0))
+ (or (decoded-time-second delta) 0)))
+ (decoded-time--alter-second time seconds)
time))
(defun decoded-time--alter-month (time increase)
(date-days-in-month (decoded-time-year time)
(decoded-time-month time))))))
-(defun decoded-time--alter-second (time seconds increase)
- "Increase or decrease the time in TIME by SECONDS."
- (let ((old (+ (* (or (decoded-time-hour time) 0) 3600)
- (* (or (decoded-time-minute time) 0) 60)
- (or (decoded-time-second time) 0))))
-
- (if increase
- (progn
- (setq old (+ old seconds))
- (setf (decoded-time-second time) (% old 60)
- (decoded-time-minute time) (% (/ old 60) 60)
- (decoded-time-hour time) (% (/ old 3600) 24))
- ;; Hm... DST...
- (let ((days (/ old (* 60 60 24))))
- (while (> days 0)
- (decoded-time--alter-day time t)
- (cl-decf days))))
- (setq old (abs (- old seconds)))
- (setf (decoded-time-second time) (% old 60)
- (decoded-time-minute time) (% (/ old 60) 60)
- (decoded-time-hour time) (% (/ old 3600) 24))
- ;; Hm... DST...
- (let ((days (/ old (* 60 60 24))))
- (while (> days 0)
- (decoded-time--alter-day time nil)
- (cl-decf days))))))
+(defun decoded-time--alter-second (time seconds)
+ "Increase the time in TIME by SECONDS."
+ (let* ((secsperday 86400)
+ (old (time-add (+ (* 3600 (or (decoded-time-hour time) 0))
+ (* 60 (or (decoded-time-minute time) 0)))
+ (or (decoded-time-second time) 0)))
+ (new (time-add old seconds)))
+ ;; Hm... DST...
+ (while (time-less-p new 0)
+ (decoded-time--alter-day time nil)
+ (setq new (time-add new secsperday)))
+ (while (not (time-less-p new secsperday))
+ (decoded-time--alter-day time t)
+ (setq new (time-subtract new secsperday)))
+ (let ((sec (time-convert new 'integer)))
+ (setf (decoded-time-second time) (time-add (% sec 60)
+ (time-subtract new sec))
+ (decoded-time-minute time) (% (/ sec 60) 60)
+ (decoded-time-hour time) (/ sec 3600)))))
(cl-defun make-decoded-time (&key second minute hour
day month year
- dst zone subsec)
+ dst zone)
"Return a `decoded-time' structure with only the keywords given filled out."
- (list second minute hour day month year nil dst zone subsec))
+ (list second minute hour day month year nil dst zone))
(defun decoded-time-set-defaults (time &optional default-zone)
"Set any nil values in `decoded-time' TIME to default values.
(when (and (not (decoded-time-zone time))
default-zone)
(setf (decoded-time-zone time) 0))
-
- (unless (decoded-time-subsec time)
- (setf (decoded-time-subsec time) 0))
time)
(provide 'time-date)
Return a list in a format (SEC MINUTE HOUR DAY MONTH YEAR
SEC-FRACTION DATATYPE ZONE). This format is meant to be similar
to that returned by `decode-time' (and compatible with
-`encode-time'). The differences are the SUBSEC (fractional
-seconds) field is omitted, the DOW (day-of-week) field
+`encode-time'). The differences are the SEC (seconds)
+field is always an integer, the DOW (day-of-week) field
is replaced with SEC-FRACTION, a float representing the
fractional seconds, and the DST (daylight savings time) field is
replaced with DATATYPE, a symbol representing the XSD primitive
(string-to-number (match-string 4 s))
(string-to-number (match-string 3 s))
(string-to-number (match-string 2 s))
- nil nil nil 0))
+ nil nil nil))
((string-match "^<[^>]+>$" s)
;; FIXME: `decode-time' needs to be called with ZONE as its
;; second argument. However, this requires at least Emacs
;; 25.1. We can do it when we switch to this version as our
;; minimal requirement.
+ ;; FIXME: decode-time needs to be called with t as its
+ ;; third argument, but this requires at least Emacs 27.
(decode-time (org-matcher-time s)))
(t (error "Not a standard Org time string: %s" s))))
(:copier nil)
(:type list))
(second nil :documentation "\
-This is an integer between 0 and 60 (inclusive). (60 is a leap
-second, which only some operating systems support.)")
+This is an integer or a Lisp timestamp (TICKS . HZ) representing a nonnegative
+number of seconds less than 61. (If not less than 60, it is a leap second,
+which only some operating systems support.)")
(minute nil :documentation "This is an integer between 0 and 59 (inclusive).")
(hour nil :documentation "This is an integer between 0 and 23 (inclusive).")
(day nil :documentation "This is an integer between 1 and 31 (inclusive).")
(zone nil :documentation "\
This is an integer indicating the UTC offset in seconds, i.e.,
the number of seconds east of Greenwich.")
- (subsec nil :documentation "\
-This is 0, or is an integer pair (TICKS . HZ) indicating TICKS/HZ seconds,
-where HZ is positive and TICKS is nonnegative and less than HZ.")
)
\f
t, zone, &tm);
}
-DEFUN ("decode-time", Fdecode_time, Sdecode_time, 0, 2, 0,
- doc: /* Decode a time value as (SEC MINUTE HOUR DAY MONTH YEAR DOW DST UTCOFF SUBSEC).
+DEFUN ("decode-time", Fdecode_time, Sdecode_time, 0, 3, 0,
+ doc: /* Decode a time value as (SEC MINUTE HOUR DAY MONTH YEAR DOW DST UTCOFF).
The optional TIME is the time value to convert. See
`format-time-string' for the various forms of a time value.
`current-time-zone') or an integer (the UTC offset in seconds) applied
without consideration for daylight saving time.
+The optional FORM specifies the form of the SEC member. If `integer',
+SEC is an integer; if t, SEC uses the same resolution as TIME. An
+omitted or nil FORM is currently treated like `integer', but this may
+change in future Emacs versions.
+
To access (or alter) the elements in the time value, the
`decoded-time-second', `decoded-time-minute', `decoded-time-hour',
`decoded-time-day', `decoded-time-month', `decoded-time-year',
-`decoded-time-weekday', `decoded-time-dst', `decoded-time-zone' and
-`decoded-time-subsec' accessors can be used.
+`decoded-time-weekday', `decoded-time-dst' and `decoded-time-zone'
+accessors can be used.
-The list has the following ten members: SEC is an integer between 0
-and 60; SEC is 60 for a leap second, which only some operating systems
-support. MINUTE is an integer between 0 and 59. HOUR is an integer
+The list has the following nine members: SEC is an integer or
+Lisp timestamp representing a nonnegative value less than 60
+\(or less than 61 if the operating system supports leap seconds).
+MINUTE is an integer between 0 and 59. HOUR is an integer
between 0 and 23. DAY is an integer between 1 and 31. MONTH is an
integer between 1 and 12. YEAR is an integer indicating the
four-digit year. DOW is the day of week, an integer between 0 and 6,
where 0 is Sunday. DST is t if daylight saving time is in effect,
nil if it is not in effect, and -1 if daylight saving information is
not available. UTCOFF is an integer indicating the UTC offset in
-seconds, i.e., the number of seconds east of Greenwich. SUBSEC is
-is either 0 or (TICKS . HZ) where HZ is a positive integer clock
-resolution and TICKS is a nonnegative integer less than HZ. (Note
-that Common Lisp has different meanings for DOW and UTCOFF, and lacks
-SUBSEC.)
+seconds, i.e., the number of seconds east of Greenwich. (Note that
+Common Lisp has different meanings for DOW and UTCOFF, and its
+SEC is always an integer between 0 and 59.)
-usage: (decode-time &optional TIME ZONE) */)
- (Lisp_Object specified_time, Lisp_Object zone)
+usage: (decode-time &optional TIME ZONE FORM) */)
+ (Lisp_Object specified_time, Lisp_Object zone, Lisp_Object form)
{
struct lisp_time lt = lisp_time_struct (specified_time, 0);
struct timespec ts = lisp_to_timespec (lt);
year = make_integer_mpz ();
}
+ Lisp_Object hz = lt.hz, sec;
+ if (EQ (hz, make_fixnum (1)) || !EQ (form, Qt))
+ sec = make_fixnum (local_tm.tm_sec);
+ else
+ {
+ Lisp_Object ticks; /* hz * tm_sec + mod (lt.ticks, hz) */
+ intmax_t n;
+ if (FASTER_TIMEFNS && FIXNUMP (lt.ticks) && FIXNUMP (hz)
+ && !INT_MULTIPLY_WRAPV (XFIXNUM (hz), local_tm.tm_sec, &n)
+ && ! (INT_ADD_WRAPV
+ (n, (XFIXNUM (lt.ticks) % XFIXNUM (hz)
+ + (XFIXNUM (lt.ticks) % XFIXNUM (hz) < 0
+ ? XFIXNUM (hz) : 0)),
+ &n)))
+ ticks = make_int (n);
+ else
+ {
+ mpz_fdiv_r (mpz[0],
+ *bignum_integer (&mpz[0], lt.ticks),
+ *bignum_integer (&mpz[1], hz));
+ mpz_addmul_ui (mpz[0], *bignum_integer (&mpz[1], hz),
+ local_tm.tm_sec);
+ ticks = make_integer_mpz ();
+ }
+ sec = Fcons (ticks, hz);
+ }
+
return CALLN (Flist,
- make_fixnum (local_tm.tm_sec),
+ sec,
make_fixnum (local_tm.tm_min),
make_fixnum (local_tm.tm_hour),
make_fixnum (local_tm.tm_mday),
? make_fixnum (tm_gmtoff (&local_tm))
: gmtime_r (&time_spec, &gmt_tm)
? make_fixnum (tm_diff (&local_tm, &gmt_tm))
- : Qnil),
- (EQ (lt.hz, make_fixnum (1))
- ? make_fixnum (0)
- : Fcons (integer_mod (lt.ticks, lt.hz), lt.hz)));
+ : Qnil));
}
/* Return OBJ - OFFSET, checking that OBJ is a valid integer and that
DEFUN ("encode-time", Fencode_time, Sencode_time, 1, MANY, 0,
doc: /* Convert TIME to a timestamp.
-TIME is a list (SECOND MINUTE HOUR DAY MONTH YEAR IGNORED DST ZONE SUBSEC).
+TIME is a list (SECOND MINUTE HOUR DAY MONTH YEAR IGNORED DST ZONE).
in the style of `decode-time', so that (encode-time (decode-time ...)) works.
In this list, ZONE can be nil for Emacs local time, t for Universal
Time, `wall' for system wall clock time, or a string as in the TZ
without consideration for daylight saving time. If ZONE specifies a
time zone with daylight-saving transitions, DST is t for daylight
saving time, nil for standard time, and -1 to cause the daylight
-saving flag to be guessed. SUBSEC is either 0 or a Lisp timestamp
-in (TICKS . HZ) form.
+saving flag to be guessed.
As an obsolescent calling convention, if this function is called with
-6 through 10 arguments, the first 6 arguments are SECOND, MINUTE,
-HOUR, DAY, MONTH, and YEAR, and specify the components of a decoded
-time. If there are 7 through 9 arguments the *last* argument
-specifies ZONE, and if there are 10 arguments the 9th specifies ZONE
-and the 10th specifies SUBSEC; in either case any other extra
-arguments are ignored, so that (apply #\\='encode-time (decode-time
-...)) works. In this obsolescent convention, DST, ZONE, and SUBSEC
-default to -1, nil and 0 respectively.
-
-Out-of-range values for SECOND, MINUTE, HOUR, DAY, or MONTH are allowed;
-for example, a DAY of 0 means the day preceding the given month.
-Year numbers less than 100 are treated just like other year numbers.
-If you want them to stand for years in this century, you must do that yourself.
+6 or more arguments, the first 6 arguments are SECOND, MINUTE, HOUR,
+DAY, MONTH, and YEAR, and specify the components of a decoded time,
+where DST assumed to be -1 and FORM is omitted. If there are more
+than 6 arguments the *last* argument is used as ZONE and any other
+extra arguments are ignored, so that (apply #\\='encode-time
+(decode-time ...)) works. In this obsolescent convention, DST and
+ZONE default to -1 and nil respectively.
Years before 1970 are not guaranteed to work. On some systems,
year values as low as 1901 do work.
(ptrdiff_t nargs, Lisp_Object *args)
{
struct tm tm;
- Lisp_Object zone = Qnil, subsec = make_fixnum (0);
+ Lisp_Object zone = Qnil;
Lisp_Object a = args[0];
+ Lisp_Object secarg, minarg, hourarg, mdayarg, monarg, yeararg;
tm.tm_isdst = -1;
if (nargs == 1)
{
Lisp_Object tail = a;
- for (int i = 0; i < 10; i++, tail = XCDR (tail))
+ for (int i = 0; i < 9; i++, tail = XCDR (tail))
CHECK_CONS (tail);
- tm.tm_sec = check_tm_member (XCAR (a), 0); a = XCDR (a);
- tm.tm_min = check_tm_member (XCAR (a), 0); a = XCDR (a);
- tm.tm_hour = check_tm_member (XCAR (a), 0); a = XCDR (a);
- tm.tm_mday = check_tm_member (XCAR (a), 0); a = XCDR (a);
- tm.tm_mon = check_tm_member (XCAR (a), 1); a = XCDR (a);
- tm.tm_year = check_tm_member (XCAR (a), TM_YEAR_BASE); a = XCDR (a);
+ secarg = XCAR (a); a = XCDR (a);
+ minarg = XCAR (a); a = XCDR (a);
+ hourarg = XCAR (a); a = XCDR (a);
+ mdayarg = XCAR (a); a = XCDR (a);
+ monarg = XCAR (a); a = XCDR (a);
+ yeararg = XCAR (a); a = XCDR (a);
a = XCDR (a);
Lisp_Object dstflag = XCAR (a); a = XCDR (a);
- zone = XCAR (a); a = XCDR (a);
+ zone = XCAR (a);
if (SYMBOLP (dstflag) && !FIXNUMP (zone) && !CONSP (zone))
tm.tm_isdst = !NILP (dstflag);
- subsec = XCAR (a);
}
else if (nargs < 6)
xsignal2 (Qwrong_number_of_arguments, Qencode_time, make_fixnum (nargs));
{
if (6 < nargs)
zone = args[nargs - 1];
- if (9 < nargs)
- {
- zone = args[8];
- subsec = args[9];
- }
- tm.tm_sec = check_tm_member (a, 0);
- tm.tm_min = check_tm_member (args[1], 0);
- tm.tm_hour = check_tm_member (args[2], 0);
- tm.tm_mday = check_tm_member (args[3], 0);
- tm.tm_mon = check_tm_member (args[4], 1);
- tm.tm_year = check_tm_member (args[5], TM_YEAR_BASE);
+ secarg = a;
+ minarg = args[1];
+ hourarg = args[2];
+ mdayarg = args[3];
+ monarg = args[4];
+ yeararg = args[5];
+ }
+
+ struct lisp_time lt;
+ decode_lisp_time (secarg, 0, <, 0);
+ Lisp_Object hz = lt.hz, sec, subsecticks;
+ if (FASTER_TIMEFNS && EQ (hz, make_fixnum (1)))
+ {
+ sec = lt.ticks;
+ subsecticks = make_fixnum (0);
+ }
+ else
+ {
+ mpz_fdiv_qr (mpz[0], mpz[1],
+ *bignum_integer (&mpz[0], lt.ticks),
+ *bignum_integer (&mpz[1], hz));
+ sec = make_integer_mpz ();
+ mpz_swap (mpz[0], mpz[1]);
+ subsecticks = make_integer_mpz ();
}
+ tm.tm_sec = check_tm_member (sec, 0);
+ tm.tm_min = check_tm_member (minarg, 0);
+ tm.tm_hour = check_tm_member (hourarg, 0);
+ tm.tm_mday = check_tm_member (mdayarg, 0);
+ tm.tm_mon = check_tm_member (monarg, 1);
+ tm.tm_year = check_tm_member (yeararg, TM_YEAR_BASE);
timezone_t tz = tzlookup (zone, false);
tm.tm_wday = -1;
if (tm.tm_wday < 0)
time_error (mktime_errno);
- if (CONSP (subsec))
+ if (EQ (hz, make_fixnum (1)))
+ return (CURRENT_TIME_LIST
+ ? list2 (hi_time (value), lo_time (value))
+ : INT_TO_INTEGER (value));
+ else
{
- Lisp_Object subsecticks = XCAR (subsec);
- if (INTEGERP (subsecticks))
- {
- struct lisp_time val1 = { INT_TO_INTEGER (value), make_fixnum (1) };
- Lisp_Object
- hz = XCDR (subsec),
- secticks = lisp_time_hz_ticks (val1, hz),
- ticks = lispint_arith (secticks, subsecticks, false);
- return Fcons (ticks, hz);
- }
+ struct lisp_time val1 = { INT_TO_INTEGER (value), make_fixnum (1) };
+ Lisp_Object secticks = lisp_time_hz_ticks (val1, hz);
+ Lisp_Object ticks = lispint_arith (secticks, subsecticks, false);
+ return Fcons (ticks, hz);
}
- else if (INTEGERP (subsec))
- return (CURRENT_TIME_LIST && EQ (subsec, make_fixnum (0))
- ? list2 (hi_time (value), lo_time (value))
- : lispint_arith (INT_TO_INTEGER (value), subsec, false));
-
- xsignal2 (Qerror, build_string ("Invalid subsec"), subsec);
}
DEFUN ("time-convert", Ftime_convert, Stime_convert, 1, 2, 0,
;; testcase: no time zone in input -> keep time as is
;; 1 Jan 2013 10:00
- (should (equal '(0 0 10 1 1 2013 2 nil 7200 0)
+ (should (equal '(0 0 10 1 1 2013 2 nil 7200)
(icalendar--decode-isodatetime "20130101T100000")))
;; 1 Aug 2013 10:00 (DST)
- (should (equal '(0 0 10 1 8 2013 4 t 10800 0)
+ (should (equal '(0 0 10 1 8 2013 4 t 10800)
(icalendar--decode-isodatetime "20130801T100000")))
;; testcase: UTC time zone specifier in input -> convert to local time
;; 31 Dec 2013 23:00 UTC -> 1 Jan 2013 01:00 EET
- (should (equal '(0 0 1 1 1 2014 3 nil 7200 0)
+ (should (equal '(0 0 1 1 1 2014 3 nil 7200)
(icalendar--decode-isodatetime "20131231T230000Z")))
;; 1 Aug 2013 10:00 UTC -> 1 Aug 2013 13:00 EEST
- (should (equal '(0 0 13 1 8 2013 4 t 10800 0)
+ (should (equal '(0 0 13 1 8 2013 4 t 10800)
(icalendar--decode-isodatetime "20130801T100000Z")))
)
(ert-deftest test-iso8601-date-years ()
(should (equal (iso8601-parse-date "1985")
- '(nil nil nil nil nil 1985 nil nil nil nil)))
+ '(nil nil nil nil nil 1985 nil nil nil)))
(should (equal (iso8601-parse-date "-0003")
- '(nil nil nil nil nil -4 nil nil nil nil)))
+ '(nil nil nil nil nil -4 nil nil nil)))
(should (equal (iso8601-parse-date "+1985")
- '(nil nil nil nil nil 1985 nil nil nil nil))))
+ '(nil nil nil nil nil 1985 nil nil nil))))
(ert-deftest test-iso8601-date-dates ()
(should (equal (iso8601-parse-date "1985-03-14")
- '(nil nil nil 14 3 1985 nil nil nil nil)))
+ '(nil nil nil 14 3 1985 nil nil nil)))
(should (equal (iso8601-parse-date "19850314")
- '(nil nil nil 14 3 1985 nil nil nil nil)))
+ '(nil nil nil 14 3 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-02")
- '(nil nil nil nil 2 1985 nil nil nil nil))))
+ '(nil nil nil nil 2 1985 nil nil nil))))
(ert-deftest test-iso8601-date-obsolete ()
(should (equal (iso8601-parse-date "--02-01")
- '(nil nil nil 1 2 nil nil nil nil nil)))
+ '(nil nil nil 1 2 nil nil nil nil)))
(should (equal (iso8601-parse-date "--0201")
- '(nil nil nil 1 2 nil nil nil nil nil))))
+ '(nil nil nil 1 2 nil nil nil nil))))
(ert-deftest test-iso8601-date-weeks ()
(should (equal (iso8601-parse-date "2008W39-6")
- '(nil nil nil 27 9 2008 nil nil nil nil)))
+ '(nil nil nil 27 9 2008 nil nil nil)))
(should (equal (iso8601-parse-date "2009W01-1")
- '(nil nil nil 29 12 2008 nil nil nil nil)))
+ '(nil nil nil 29 12 2008 nil nil nil)))
(should (equal (iso8601-parse-date "2009W53-7")
- '(nil nil nil 3 1 2010 nil nil nil nil))))
+ '(nil nil nil 3 1 2010 nil nil nil))))
(ert-deftest test-iso8601-date-ordinals ()
(should (equal (iso8601-parse-date "1981-095")
- '(nil nil nil 5 4 1981 nil nil nil nil))))
+ '(nil nil nil 5 4 1981 nil nil nil))))
(ert-deftest test-iso8601-time ()
(should (equal (iso8601-parse-time "13:47:30")
- '(30 47 13 nil nil nil nil nil nil 0)))
+ '(30 47 13 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "134730")
- '(30 47 13 nil nil nil nil nil nil 0)))
+ '(30 47 13 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "1347")
- '(0 47 13 nil nil nil nil nil nil 0))))
+ '(0 47 13 nil nil nil nil nil nil))))
(ert-deftest test-iso8601-combined ()
(should (equal (iso8601-parse "2008-03-02T13:47:30")
- '(30 47 13 2 3 2008 nil nil nil 0)))
+ '(30 47 13 2 3 2008 nil nil nil)))
(should (equal (iso8601-parse "2008-03-02T13:47:30Z")
- '(30 47 13 2 3 2008 nil nil 0 0)))
+ '(30 47 13 2 3 2008 nil nil 0)))
(should (equal (iso8601-parse "2008-03-02T13:47:30+01:00")
- '(30 47 13 2 3 2008 nil nil 3600 0)))
+ '(30 47 13 2 3 2008 nil nil 3600)))
(should (equal (iso8601-parse "2008-03-02T13:47:30-01")
- '(30 47 13 2 3 2008 nil nil -3600 0))))
+ '(30 47 13 2 3 2008 nil nil -3600))))
(ert-deftest test-iso8601-duration ()
(should (equal (iso8601-parse-duration "P3Y6M4DT12H30M5S")
- '(5 30 12 4 6 3 nil nil nil 0)))
+ '(5 30 12 4 6 3 nil nil nil)))
(should (equal (iso8601-parse-duration "P1M")
- '(0 0 0 0 1 0 nil nil nil 0)))
+ '(0 0 0 0 1 0 nil nil nil)))
(should (equal (iso8601-parse-duration "PT1M")
- '(0 1 0 0 0 0 nil nil nil 0)))
+ '(0 1 0 0 0 0 nil nil nil)))
(should (equal (iso8601-parse-duration "P0003-06-04T12:30:05")
- '(5 30 12 4 6 3 nil nil nil 0))))
+ '(5 30 12 4 6 3 nil nil nil))))
(ert-deftest test-iso8601-invalid ()
(should-not (iso8601-valid-p " 2008-03-02T13:47:30-01"))
(ert-deftest test-iso8601-intervals ()
(should (equal
(iso8601-parse-interval "2007-03-01T13:00:00Z/2008-05-11T15:30:00Z")
- '((0 0 13 1 3 2007 nil nil 0 0)
- (0 30 15 11 5 2008 nil nil 0 0)
+ '((0 0 13 1 3 2007 nil nil 0)
+ (0 30 15 11 5 2008 nil nil 0)
;; Hm... can't really use decode-time for time differences...
- (0 30 2 14 3 1971 0 nil 0 0))))
+ (0 30 2 14 3 1971 0 nil 0))))
(should (equal (iso8601-parse-interval "2007-03-01T13:00:00Z/P1Y2M10DT2H30M")
- '((0 0 13 1 3 2007 nil nil 0 0)
- (0 30 15 11 5 2008 nil nil 0 0)
- (0 30 2 10 2 1 nil nil nil 0))))
+ '((0 0 13 1 3 2007 nil nil 0)
+ (0 30 15 11 5 2008 nil nil 0)
+ (0 30 2 10 2 1 nil nil nil))))
(should (equal (iso8601-parse-interval "P1Y2M10DT2H30M/2008-05-11T15:30:00Z")
- '((0 0 13 1 3 2007 nil nil 0 0)
- (0 30 15 11 5 2008 nil nil 0 0)
- (0 30 2 10 2 1 nil nil nil 0)))))
+ '((0 0 13 1 3 2007 nil nil 0)
+ (0 30 15 11 5 2008 nil nil 0)
+ (0 30 2 10 2 1 nil nil nil)))))
(ert-deftest standard-test-dates ()
(should (equal (iso8601-parse-date "19850412")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-04-12")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985102")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-102")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985W155")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-W15-5")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985W15")
- '(nil nil nil 7 4 1985 nil nil nil nil)))
+ '(nil nil nil 7 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-W15")
- '(nil nil nil 7 4 1985 nil nil nil nil)))
+ '(nil nil nil 7 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985-04")
- '(nil nil nil nil 4 1985 nil nil nil nil)))
+ '(nil nil nil nil 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "1985")
- '(nil nil nil nil nil 1985 nil nil nil nil)))
+ '(nil nil nil nil nil 1985 nil nil nil)))
(should (equal (iso8601-parse-date "+1985-04-12")
- '(nil nil nil 12 4 1985 nil nil nil nil)))
+ '(nil nil nil 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse-date "+19850412")
- '(nil nil nil 12 4 1985 nil nil nil nil))))
+ '(nil nil nil 12 4 1985 nil nil nil))))
(ert-deftest standard-test-time-of-day-local-time ()
(should (equal (iso8601-parse-time "152746")
- '(46 27 15 nil nil nil nil nil nil 0)))
+ '(46 27 15 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "15:27:46")
- '(46 27 15 nil nil nil nil nil nil 0)))
+ '(46 27 15 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "1528")
- '(0 28 15 nil nil nil nil nil nil 0)))
+ '(0 28 15 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "15:28")
- '(0 28 15 nil nil nil nil nil nil 0)))
+ '(0 28 15 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "15")
- '(0 0 15 nil nil nil nil nil nil 0))))
+ '(0 0 15 nil nil nil nil nil nil))))
(ert-deftest standard-test-time-of-day-fractions ()
;; decoded-time doesn't support sub-second times.
;; (should (equal (iso8601-parse-time "152735,5")
- ;; '(46 27 15 nil nil nil nil nil nil (5 . 10))))
+ ;; '(46 27 15 nil nil nil nil nil nil)))
;; (should (equal (iso8601-parse-time "15:27:35,5")
- ;; '(46 27 15 nil nil nil nil nil nil (5 . 10))))
+ ;; '(46 27 15 nil nil nil nil nil nil)))
)
(ert-deftest standard-test-time-of-day-beginning-of-day ()
(should (equal (iso8601-parse-time "000000")
- '(0 0 0 nil nil nil nil nil nil 0)))
+ '(0 0 0 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "00:00:00")
- '(0 0 0 nil nil nil nil nil nil 0)))
+ '(0 0 0 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "0000")
- '(0 0 0 nil nil nil nil nil nil 0)))
+ '(0 0 0 nil nil nil nil nil nil)))
(should (equal (iso8601-parse-time "00:00")
- '(0 0 0 nil nil nil nil nil nil 0))))
+ '(0 0 0 nil nil nil nil nil nil))))
(ert-deftest standard-test-time-of-day-utc ()
(should (equal (iso8601-parse-time "232030Z")
- '(30 20 23 nil nil nil nil nil 0 0)))
+ '(30 20 23 nil nil nil nil nil 0)))
(should (equal (iso8601-parse-time "23:20:30Z")
- '(30 20 23 nil nil nil nil nil 0 0)))
+ '(30 20 23 nil nil nil nil nil 0)))
(should (equal (iso8601-parse-time "2320Z")
- '(0 20 23 nil nil nil nil nil 0 0)))
+ '(0 20 23 nil nil nil nil nil 0)))
(should (equal (iso8601-parse-time "23:20Z")
- '(0 20 23 nil nil nil nil nil 0 0)))
+ '(0 20 23 nil nil nil nil nil 0)))
(should (equal (iso8601-parse-time "23Z")
- '(0 0 23 nil nil nil nil nil 0 0))))
+ '(0 0 23 nil nil nil nil nil 0))))
(ert-deftest standard-test-time-of-day-zone ()
(should (equal (iso8601-parse-time "152746+0100")
- '(46 27 15 nil nil nil nil nil 3600 0)))
+ '(46 27 15 nil nil nil nil nil 3600)))
(should (equal (iso8601-parse-time "15:27:46+0100")
- '(46 27 15 nil nil nil nil nil 3600 0)))
+ '(46 27 15 nil nil nil nil nil 3600)))
(should (equal (iso8601-parse-time "152746+01")
- '(46 27 15 nil nil nil nil nil 3600 0)))
+ '(46 27 15 nil nil nil nil nil 3600)))
(should (equal (iso8601-parse-time "15:27:46+01")
- '(46 27 15 nil nil nil nil nil 3600 0)))
+ '(46 27 15 nil nil nil nil nil 3600)))
(should (equal (iso8601-parse-time "152746-0500")
- '(46 27 15 nil nil nil nil nil -18000 0)))
+ '(46 27 15 nil nil nil nil nil -18000)))
(should (equal (iso8601-parse-time "15:27:46-0500")
- '(46 27 15 nil nil nil nil nil -18000 0)))
+ '(46 27 15 nil nil nil nil nil -18000)))
(should (equal (iso8601-parse-time "152746-05")
- '(46 27 15 nil nil nil nil nil -18000 0)))
+ '(46 27 15 nil nil nil nil nil -18000)))
(should (equal (iso8601-parse-time "15:27:46-05")
- '(46 27 15 nil nil nil nil nil -18000 0))))
+ '(46 27 15 nil nil nil nil nil -18000))))
(ert-deftest standard-test-date-and-time-of-day ()
(should (equal (iso8601-parse "19850412T101530")
- '(30 15 10 12 4 1985 nil nil nil 0)))
+ '(30 15 10 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse "1985-04-12T10:15:30")
- '(30 15 10 12 4 1985 nil nil nil 0)))
+ '(30 15 10 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse "1985102T235030Z")
- '(30 50 23 12 4 1985 nil nil 0 0)))
+ '(30 50 23 12 4 1985 nil nil 0)))
(should (equal (iso8601-parse "1985-102T23:50:30Z")
- '(30 50 23 12 4 1985 nil nil 0 0)))
+ '(30 50 23 12 4 1985 nil nil 0)))
(should (equal (iso8601-parse "1985W155T235030")
- '(30 50 23 12 4 1985 nil nil nil 0)))
+ '(30 50 23 12 4 1985 nil nil nil)))
(should (equal (iso8601-parse "1985-W155T23:50:30")
- '(30 50 23 12 4 1985 nil nil nil 0))))
+ '(30 50 23 12 4 1985 nil nil nil))))
(ert-deftest standard-test-interval ()
;; A time interval starting at 20 minutes and 50 seconds past 23
;; hours on 12 April 1985 and ending at 30 minutes past 10 hours on
;; 25 June 1985.
(should (equal (iso8601-parse-interval "19850412T232050Z/19850625T103000Z")
- '((50 20 23 12 4 1985 nil nil 0 0)
- (0 30 10 25 6 1985 nil nil 0 0)
- (10 9 11 15 3 1970 0 nil 0 0))))
+ '((50 20 23 12 4 1985 nil nil 0)
+ (0 30 10 25 6 1985 nil nil 0)
+ (10 9 11 15 3 1970 0 nil 0))))
(should (equal (iso8601-parse-interval
"1985-04-12T23:20:50Z/1985-06-25T10:30:00Z")
- '((50 20 23 12 4 1985 nil nil 0 0)
- (0 30 10 25 6 1985 nil nil 0 0)
- (10 9 11 15 3 1970 0 nil 0 0))))
+ '((50 20 23 12 4 1985 nil nil 0)
+ (0 30 10 25 6 1985 nil nil 0)
+ (10 9 11 15 3 1970 0 nil 0))))
;; A time interval starting at 12 April 1985 and ending on 25 June
;; 1985.
;; A time interval of 2 years, 10 months, 15 days, 10 hours, 20
;; minutes and 30 seconds.
(should (equal (iso8601-parse-duration "P2Y10M15DT10H20M30S")
- '(30 20 10 15 10 2 nil nil nil 0)))
+ '(30 20 10 15 10 2 nil nil nil)))
(should (equal (iso8601-parse-duration "P00021015T102030")
- '(30 20 10 15 10 2 nil nil nil 0)))
+ '(30 20 10 15 10 2 nil nil nil)))
(should (equal (iso8601-parse-duration "P0002-10-15T10:20:30")
- '(30 20 10 15 10 2 nil nil nil 0)))
+ '(30 20 10 15 10 2 nil nil nil)))
;; A time interval of 1 year and 6 months.
(should (equal (iso8601-parse-duration "P1Y6M")
- '(0 0 0 0 6 1 nil nil nil 0)))
+ '(0 0 0 0 6 1 nil nil nil)))
(should (equal (iso8601-parse-duration "P0001-06")
- '(nil nil nil nil 6 1 nil nil nil nil)))
+ '(nil nil nil nil 6 1 nil nil nil)))
;; A time interval of seventy-two hours.
(should (equal (iso8601-parse-duration "PT72H")
- '(0 0 72 0 0 0 nil nil nil 0)))
+ '(0 0 72 0 0 0 nil nil nil)))
;; Defined by start and duration
;; A time interval of 1 year, 2 months, 15 days and 12 hours,
;; beginning on 12 April 1985 at 20 minutes past 23 hours.
(should (equal (iso8601-parse-interval "19850412T232000/P1Y2M15DT12H")
- '((0 20 23 12 4 1985 nil nil nil 0)
- (0 20 11 28 6 1986 nil nil nil 0)
- (0 0 12 15 2 1 nil nil nil 0))))
+ '((0 20 23 12 4 1985 nil nil nil)
+ (0 20 11 28 6 1986 nil nil nil)
+ (0 0 12 15 2 1 nil nil nil))))
(should (equal (iso8601-parse-interval "1985-04-12T23:20:00/P1Y2M15DT12H")
- '((0 20 23 12 4 1985 nil nil nil 0)
- (0 20 11 28 6 1986 nil nil nil 0)
- (0 0 12 15 2 1 nil nil nil 0))))
+ '((0 20 23 12 4 1985 nil nil nil)
+ (0 20 11 28 6 1986 nil nil nil)
+ (0 0 12 15 2 1 nil nil nil))))
;; Defined by duration and end
;; A time interval of 1 year, 2 months, 15 days and 12 hours, ending
;; on 12 April 1985 at 20 minutes past 23 hour.
(should (equal (iso8601-parse-interval "P1Y2M15DT12H/19850412T232000")
- '((0 20 11 28 1 1984 nil nil nil 0)
- (0 20 23 12 4 1985 nil nil nil 0)
- (0 0 12 15 2 1 nil nil nil 0)))))
+ '((0 20 11 28 1 1984 nil nil nil)
+ (0 20 23 12 4 1985 nil nil nil)
+ (0 0 12 15 2 1 nil nil nil)))))
;;; iso8601-tests.el ends here
(ert-deftest parse-time-tests ()
(should (equal (parse-time-string "Mon, 22 Feb 2016 19:35:42 +0100")
- '(42 35 19 22 2 2016 1 -1 3600 0)))
+ '(42 35 19 22 2 2016 1 -1 3600)))
(should (equal (parse-time-string "22 Feb 2016 19:35:42 +0100")
- '(42 35 19 22 2 2016 nil -1 3600 0)))
+ '(42 35 19 22 2 2016 nil -1 3600)))
(should (equal (parse-time-string "22 Feb 2016 +0100")
- '(nil nil nil 22 2 2016 nil -1 3600 nil)))
+ '(nil nil nil 22 2 2016 nil -1 3600)))
(should (equal (parse-time-string "Mon, 22 Feb 16 19:35:42 +0100")
- '(42 35 19 22 2 2016 1 -1 3600 0)))
+ '(42 35 19 22 2 2016 1 -1 3600)))
(should (equal (parse-time-string "Mon, 22 February 2016 19:35:42 +0100")
- '(42 35 19 22 2 2016 1 -1 3600 0)))
+ '(42 35 19 22 2 2016 1 -1 3600)))
(should (equal (parse-time-string "Mon, 22 feb 2016 19:35:42 +0100")
- '(42 35 19 22 2 2016 1 -1 3600 0)))
+ '(42 35 19 22 2 2016 1 -1 3600)))
(should (equal (parse-time-string "Monday, 22 february 2016 19:35:42 +0100")
- '(42 35 19 22 2 2016 1 -1 3600 0)))
+ '(42 35 19 22 2 2016 1 -1 3600)))
(should (equal (parse-time-string "Monday, 22 february 2016 19:35:42 PST")
- '(42 35 19 22 2 2016 1 nil -28800 0)))
+ '(42 35 19 22 2 2016 1 nil -28800)))
(should (equal (parse-time-string "Friday, 21 Sep 2018 13:47:58 PDT")
- '(58 47 13 21 9 2018 5 t -25200 0)))
+ '(58 47 13 21 9 2018 5 t -25200)))
(should (equal (format-time-string
"%Y-%m-%d %H:%M:%S"
(parse-iso8601-time-string "1998-09-12T12:21:54-0200") t)
(7879679999900 . 100000)
(78796799999999999999 . 1000000000000)))
;; UTC.
- (let ((subsec (time-subtract (time-convert look t)
- (time-convert look 'integer))))
+ (let ((sec (time-add 59 (time-subtract (time-convert look t)
+ (time-convert look 'integer)))))
(should (string-equal
(format-time-string "%Y-%m-%d %H:%M:%S.%3N %z" look t)
"1972-06-30 23:59:59.999 +0000"))
- (should (equal (decode-time look t)
- (list 59 59 23 30 6 1972 5 nil 0 subsec)))
+ (should (equal (decode-time look t 'integer)
+ '(59 59 23 30 6 1972 5 nil 0)))
+ (should (equal (decode-time look t t)
+ (list sec 59 23 30 6 1972 5 nil 0)))
;; "UTC0".
(should (string-equal
(format-time-string format look "UTC0")
"1972-06-30 23:59:59.999 +0000 (UTC)"))
- (should (equal (decode-time look "UTC0")
- (list 59 59 23 30 6 1972 5 nil 0 subsec)))
+ (should (equal (decode-time look "UTC0" 'integer)
+ '(59 59 23 30 6 1972 5 nil 0)))
+ (should (equal (decode-time look "UTC0" t)
+ (list sec 59 23 30 6 1972 5 nil 0)))
;; Negative UTC offset, as a Lisp list.
(should (string-equal
(format-time-string format look '(-28800 "PST"))
"1972-06-30 15:59:59.999 -0800 (PST)"))
- (should (equal (decode-time look '(-28800 "PST"))
- (list 59 59 15 30 6 1972 5 nil -28800 subsec)))
+ (should (equal (decode-time look '(-28800 "PST") 'integer)
+ '(59 59 15 30 6 1972 5 nil -28800)))
+ (should (equal (decode-time look '(-28800 "PST") t)
+ (list sec 59 15 30 6 1972 5 nil -28800)))
;; Negative UTC offset, as a Lisp integer.
(should (string-equal
(format-time-string format look -28800)
(if (eq system-type 'windows-nt)
"1972-06-30 15:59:59.999 -0800 (ZZZ)"
"1972-06-30 15:59:59.999 -0800 (-08)")))
- (should (equal (decode-time look -28800)
- (list 59 59 15 30 6 1972 5 nil -28800 subsec)))
+ (should (equal (decode-time look -28800 'integer)
+ '(59 59 15 30 6 1972 5 nil -28800)))
+ (should (equal (decode-time look -28800 t)
+ (list sec 59 15 30 6 1972 5 nil -28800)))
;; Positive UTC offset that is not an hour multiple, as a string.
(should (string-equal
(format-time-string format look "IST-5:30")
"1972-07-01 05:29:59.999 +0530 (IST)"))
- (should (equal (decode-time look "IST-5:30")
- (list 59 29 5 1 7 1972 6 nil 19800 subsec)))))))
+ (should (equal (decode-time look "IST-5:30" 'integer)
+ '(59 29 5 1 7 1972 6 nil 19800)))
+ (should (equal (decode-time look "IST-5:30" t)
+ (list sec 29 5 1 7 1972 6 nil 19800)))))))
(ert-deftest decode-then-encode-time ()
(let ((time-values (list 0 -2 1 0.0 -0.0 -2.0 1.0
(cons (1+ most-positive-fixnum) 1000000000000)
(cons 1000000000000 (1+ most-positive-fixnum)))))
(dolist (a time-values)
- (let* ((d (ignore-errors (decode-time a t)))
+ (let* ((d (ignore-errors (decode-time a t t)))
+ (d-integer (ignore-errors (decode-time a t 'integer)))
(e (if d (encode-time d)))
- (diff (float-time (time-subtract a e))))
- (should (or (not d)
- (and (<= 0 diff) (< diff 1))))))))
+ (e-integer (if d-integer (encode-time d-integer))))
+ (should (or (not d) (time-equal-p a e)))
+ (should (or (not d-integer) (time-equal-p (time-convert a 'integer)
+ e-integer)))))))
;;; This should not dump core.
(ert-deftest format-time-string-with-outlandish-zone ()
(ert-deftest encode-time-dst-numeric-zone ()
"Check for Bug#35502."
(should (time-equal-p
- (encode-time '(29 31 17 30 4 2019 2 t 7200 0))
+ (encode-time '(29 31 17 30 4 2019 2 t 7200))
'(23752 27217))))
(ert-deftest float-time-precision ()
projects / emacs.git / commitdiff