When testing, fake the current time more robustly
The old approach required Lisp code to use (current-time) explicitly when calling other primitives, e.g., (float-time (current-time)). The new approach fakes all the primitives, so that Lisp code can now use expressions like plain (float-time). * testing/org-test.el (org-test-at-time): New macro. * testing/lisp/test-org-colview.el (test-org-colview/columns-summary): * testing/lisp/test-org-timer.el (test-org-timer/with-current-time): * testing/lisp/test-org.el (test-org/org-read-date) (test-org/deadline-close-p, test-org/deadline) (test-org/schedule, test-org/time-stamp): Use it.
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2cd1f9b028
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@ -510,10 +510,7 @@
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(should
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(equal
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"0min"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time
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(org-parse-time-string "<2014-03-04 Tue>")))))
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(org-test-at-time "<2014-03-04 Tue>"
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(org-test-with-temp-text
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"* H
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** S1
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@ -529,10 +526,7 @@
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(should
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(equal
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"2d"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time
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(org-parse-time-string "<2014-03-04 Tue>")))))
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(org-test-at-time "<2014-03-04 Tue>"
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(org-test-with-temp-text
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"* H
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** S1
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@ -548,10 +542,7 @@
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(should
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(equal
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"1d 12h"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time
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(org-parse-time-string "<2014-03-04 Tue>")))))
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(org-test-at-time "<2014-03-04 Tue>"
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(org-test-with-temp-text
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"* H
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** S1
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@ -40,8 +40,7 @@ Also, mute output from `message'."
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(defmacro test-org-timer/with-current-time (time &rest body)
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"Run BODY, setting `current-time' output to TIME."
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(declare (indent 1))
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`(cl-letf (((symbol-function 'current-time) (lambda () ,time)))
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,@body))
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`(org-test-at-time ,time ,@body))
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;;; Time conversion and formatting
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@ -198,18 +198,14 @@
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(should
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(equal
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"2015-03-04"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(org-read-date
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t nil "+1y" nil
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(apply #'encode-time (org-parse-time-string "2012-03-29"))))))
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(should
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(equal
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"2013-03-29"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(org-read-date
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t nil "++1y" nil
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(apply #'encode-time (org-parse-time-string "2012-03-29"))))))
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@ -219,25 +215,19 @@
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(should
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(equal
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"2014-04-01"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(let ((org-read-date-prefer-future t))
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(org-read-date t nil "1")))))
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(should
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(equal
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"2013-03-04"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2012-03-29")))))
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(org-test-at-time "2012-03-29"
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(let ((org-read-date-prefer-future t))
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(org-read-date t nil "3-4")))))
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(should
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(equal
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"2012-03-04"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2012-03-29")))))
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(org-test-at-time "2012-03-29"
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(let ((org-read-date-prefer-future nil))
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(org-read-date t nil "3-4")))))
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;; When set to `org-read-date-prefer-future' is set to `time', read
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@ -247,17 +237,13 @@
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(should
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(equal
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"2012-03-30"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2012-03-29 16:40")))))
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(org-test-at-time "2012-03-29 16:40"
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(let ((org-read-date-prefer-future 'time))
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(org-read-date t nil "00:40" nil)))))
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(should-not
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(equal
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"2012-03-30"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2012-03-29 16:40")))))
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(org-test-at-time "2012-03-29 16:40"
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(let ((org-read-date-prefer-future 'time))
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(org-read-date t nil "29 00:40" nil)))))
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;; Caveat: `org-read-date-prefer-future' always refers to current
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@ -265,9 +251,7 @@
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(should
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(equal
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"2014-04-01"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(let ((org-read-date-prefer-future t))
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(org-read-date
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t nil "1" nil
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@ -275,9 +259,7 @@
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(should
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(equal
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"2014-03-25"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time (org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(let ((org-read-date-prefer-future t))
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(org-read-date
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t nil "25" nil
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@ -376,11 +358,7 @@
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(ert-deftest test-org/deadline-close-p ()
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"Test `org-deadline-close-p' specifications."
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;; Pretend that the current time is 2016-06-03 Fri 01:43
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time
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(org-parse-time-string "2016-06-03 Fri 01:43")))))
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(org-test-at-time "2016-06-03 Fri 01:43"
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;; Timestamps are close if they are within `ndays' of lead time.
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(org-test-with-temp-text "* Heading"
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(should (org-deadline-close-p "2016-06-03 Fri" 0))
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@ -4847,10 +4825,7 @@ Paragraph<point>"
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;; Accept delta time, e.g., "+2d".
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(should
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(equal "* H\nDEADLINE: <2015-03-04>\n"
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(cl-letf (((symbol-function 'current-time)
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(lambda (&rest args)
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(apply #'encode-time
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(org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(org-test-with-temp-text "* H"
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(let ((org-adapt-indentation nil)
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(org-last-inserted-timestamp nil))
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@ -4964,10 +4939,7 @@ Paragraph<point>"
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;; Accept delta time, e.g., "+2d".
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(should
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(equal "* H\nSCHEDULED: <2015-03-04>\n"
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(cl-letf (((symbol-function 'current-time)
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(lambda (&rest args)
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(apply #'encode-time
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(org-parse-time-string "2014-03-04")))))
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(org-test-at-time "2014-03-04"
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(org-test-with-temp-text "* H"
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(let ((org-adapt-indentation nil)
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(org-last-inserted-timestamp nil))
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@ -6859,10 +6831,7 @@ CLOCK: [2012-03-29 Thu 10:00]--[2012-03-29 Thu 16:40] => 6:40"
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(string-match
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"Te<2014-03-04 .*? 00:41>xt"
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(org-test-with-temp-text "Te<point>xt"
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(cl-letf (((symbol-function 'current-time)
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(lambda ()
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(apply #'encode-time
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(org-parse-time-string "2014-03-04 00:41")))))
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(org-test-at-time "2014-03-04 00:41"
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(org-time-stamp '(16))
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(buffer-string)))))
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;; When optional argument is non-nil, insert an inactive timestamp.
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@ -418,6 +418,58 @@ Load all test files first."
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(ert "\\(org\\|ob\\)")
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(org-test-kill-all-examples))
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(defmacro org-test-at-time (time &rest body)
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"Run body while pretending that the current time is TIME.
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TIME can be a non-nil Lisp time value, or a string specifying a date and time."
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(declare (indent 1))
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(let ((tm (cl-gensym))
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(at (cl-gensym)))
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`(let* ((,tm ,time)
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(,at (if (stringp ,tm)
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(apply #'encode-time (org-parse-time-string ,tm))
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,tm)))
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(cl-letf
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;; Wrap builtins whose behavior can depend on the current time.
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(((symbol-function 'current-time)
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(lambda () ,at))
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((symbol-function 'current-time-string)
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(lambda (&optional time &rest args)
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(apply ,(symbol-function 'current-time-string)
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(or time ,at) args)))
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((symbol-function 'current-time-zone)
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(lambda (&optional time &rest args)
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(apply ,(symbol-function 'current-time-zone)
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(or time ,at) args)))
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((symbol-function 'decode-time)
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(lambda (&optional time) (funcall ,(symbol-function 'decode-time)
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(or time ,at))))
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((symbol-function 'encode-time)
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(lambda (time &rest args)
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(apply ,(symbol-function 'encode-time) (or time ,at) args)))
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((symbol-function 'float-time)
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(lambda (&optional time)
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(funcall ,(symbol-function 'float-time) (or time ,at))))
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((symbol-function 'format-time-string)
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(lambda (format &optional time &rest args)
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(apply ,(symbol-function 'format-time-string)
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format (or time ,at) args)))
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((symbol-function 'set-file-times)
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(lambda (file &optional time)
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(funcall ,(symbol-function 'set-file-times) file (or time ,at))))
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((symbol-function 'time-add)
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(lambda (a b) (funcall ,(symbol-function 'time-add)
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(or a ,at) (or b ,at))))
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((symbol-function 'time-equal-p)
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(lambda (a b) (funcall ,(symbol-function 'time-equal-p)
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(or a ,at) (or b ,at))))
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((symbol-function 'time-less-p)
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(lambda (a b) (funcall ,(symbol-function 'time-less-p)
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(or a ,at) (or b ,at))))
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((symbol-function 'time-subtract)
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(lambda (a b) (funcall ,(symbol-function 'time-subtract)
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(or a ,at) (or b ,at)))))
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,@body))))
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(provide 'org-test)
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;;; org-test.el ends here
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