Use decoded time accessors in calendar

* lisp/calendar/icalendar.el (icalendar--add-decoded-times)
(icalendar--convert-sexp-to-ical):
* lisp/calendar/calendar.el (calendar-current-date):
* lisp/calendar/cal-dst.el (calendar-dst-find-data)
(calendar-dst-find-startend): Use decoded time accessors.

diff --git a/lisp/calendar/cal-dst.el b/lisp/calendar/cal-dst.el
index e0126a6560ed30e97bab3b2cc9b231fc9b8b41ed..510cd6808e4384f2be80b84e68f476dbe79ce408 100644 (file)
--- a/lisp/calendar/cal-dst.el
+++ b/lisp/calendar/cal-dst.el
@@ -259,7 +259,7 @@ for `calendar-current-time-zone'."
                             (car t2-date-sec) t1-utc-diff))
                  (t1-time (/ (cdr t1-date-sec) 60))
                  (t2-time (/ (cdr t2-date-sec) 60)))
-            (if (nth 7 (decode-time t1))
+            (if (decoded-time-dst (decode-time t1))
                 (list (/ t0-utc-diff 60) (/ (- t1-utc-diff t0-utc-diff) 60)
                       t0-name t1-name t1-rules t2-rules t1-time t2-time)
               (list (/ t1-utc-diff 60) (/ (- t0-utc-diff t1-utc-diff) 60)
@@ -291,7 +291,8 @@ the current year."
                    (condition-case nil
                        (encode-time 1 0 0 1 1 year)
                      (error
-                      (encode-time 1 0 0 1 1 (nth 5 (decode-time))))))
+                      (encode-time 1 0 0 1 1
+                                   (decoded-time-year (decode-time))))))
                 f (nth 4 e)
                 e (list year f (nth 5 e))
                 calendar-dst-transition-cache

diff --git a/lisp/calendar/calendar.el b/lisp/calendar/calendar.el
index 1e988c2712fd4e7a9735b282548b0d204074b7e4..14604a673d091dafff188f230f3c5cdee746cfff 100644 (file)
--- a/lisp/calendar/calendar.el
+++ b/lisp/calendar/calendar.el
@@ -1871,7 +1871,9 @@ the STRINGS are just concatenated and the result truncated."
   "Return the current date in a list (month day year).
 Optional integer OFFSET is a number of days from the current date."
   (let* ((now (decode-time))
-         (now (list (nth 4 now) (nth 3 now) (nth 5 now))))
+         (now (list (decoded-time-month now)
+                    (decoded-time-day now)
+                    (decoded-time-year now))))
     (if (zerop (or offset 0))
         now
       (calendar-gregorian-from-absolute

diff --git a/lisp/calendar/icalendar.el b/lisp/calendar/icalendar.el
index 17316ddbbd0aeadfb6bef8dded3480fe366ef10f..cf3315b45db4fe82806c39c9d8915f0aa64adbb1 100644 (file)
--- a/lisp/calendar/icalendar.el
+++ b/lisp/calendar/icalendar.el
@@ -721,12 +721,12 @@ Both times must be given in decoded form.  One of these times must be
 valid (year > 1900 or something)."
   ;; FIXME: does this function exist already?
   (decode-time (encode-time
-                (+ (nth 0 time1) (nth 0 time2))
-                (+ (nth 1 time1) (nth 1 time2))
-                (+ (nth 2 time1) (nth 2 time2))
-                (+ (nth 3 time1) (nth 3 time2))
-                (+ (nth 4 time1) (nth 4 time2))
-                (+ (nth 5 time1) (nth 5 time2))
+                (+ (decoded-time-second time1) (decoded-time-second time2))
+                (+ (decoded-time-minute time1) (decoded-time-minute time2))
+                (+ (decoded-time-hour time1) (decoded-time-hour time2))
+                (+ (decoded-time-day time1) (decoded-time-day time2))
+                (+ (decoded-time-month time1) (decoded-time-month time2))
+                (+ (decoded-time-year time1) (decoded-time-year time2))
                 nil
                 nil
                 ;;(or (nth 6 time1) (nth 6 time2)) ;; FIXME?
@@ -1623,9 +1623,9 @@ enumeration, given as a Lisp time value -- used for test purposes."
                     (lambda (offset)
                       (let* ((day (decode-time (time-add now
                                                         (* 60 60 24 offset))))
-                             (d (nth 3 day))
-                             (m (nth 4 day))
-                             (y (nth 5 day))
+                             (d (decoded-time-day day))
+                             (m (decoded-time-month day))
+                             (y (decoded-time-year day))
                              (se (diary-sexp-entry p1 p2 (list m d y)))
                              (see (cond ((stringp se) se)
                                         ((consp se) (cdr se))