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Adam Porter 2020-11-22 12:31:25 -06:00
parent 8cf4e65ef0
commit 1daf3db379
1 changed files with 125 additions and 126 deletions
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org-ql.el
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@ -331,7 +331,7 @@ PREDICATES should be the value of `org-ql-predicates'."
(query (-flatten-n 1 query)))) (query (-flatten-n 1 query))))
(list :query query :preamble org-ql-preamble :preamble-case-fold preamble-case-fold))))))))) (list :query query :preamble org-ql-preamble :preamble-case-fold preamble-case-fold)))))))))
(cl-defmacro org-ql-defpred (name args docstring &key predicate preambles normalizers) (cl-defmacro org-ql-defpred (name args docstring &key body preambles normalizers)
"Define an `org-ql' selector predicate named `org-ql--predicate-NAME'. "Define an `org-ql' selector predicate named `org-ql--predicate-NAME'.
NAME may be a symbol or a list of symbols: if a list, the first NAME may be a symbol or a list of symbols: if a list, the first
is used as the name and the rest are aliases. ARGS is a is used as the name and the rest are aliases. ARGS is a
@ -356,8 +356,7 @@ match."
(predicate-names (delq nil (cons predicate-name aliases))) (predicate-names (delq nil (cons predicate-name aliases)))
(normalizers (cl-sublis (list (cons 'predicate-names (cons 'or (--map (list 'quote it) predicate-names)))) (normalizers (cl-sublis (list (cons 'predicate-names (cons 'or (--map (list 'quote it) predicate-names))))
normalizers)) normalizers))
(preambles (cl-sublis (list (cons 'predicate-names (cons 'or (--map (list 'quote it) predicate-names))) (preambles (cl-sublis (list (cons 'predicate-names (cons 'or (--map (list 'quote it) predicate-names))))
(cons 'predicate predicate))
preambles))) preambles)))
`(progn `(progn
(cl-eval-when (compile load eval) (cl-eval-when (compile load eval)
@ -372,7 +371,7 @@ match."
;; NOTE: Reversing is important! ;; NOTE: Reversing is important!
(org-ql--define-preamble-fn (reverse org-ql-predicates)) (org-ql--define-preamble-fn (reverse org-ql-predicates))
(org-ql--def-query-string-to-sexp-fn)) (org-ql--def-query-string-to-sexp-fn))
(cl-defun ,fn-name ,args ,docstring ,predicate))))) (cl-defun ,fn-name ,args ,docstring ,body)))))
;; TODO: Mark as obsolete/deprecated. ;; TODO: Mark as obsolete/deprecated.
;;;###autoload ;;;###autoload
@ -931,21 +930,21 @@ Arguments STRING, POS, FILL, and LEVEL are according to
(org-ql-defpred category (&rest categories) (org-ql-defpred category (&rest categories)
"Return non-nil if current heading is in one or more of CATEGORIES (a list of strings)." "Return non-nil if current heading is in one or more of CATEGORIES (a list of strings)."
:predicate (when-let ((category (org-get-category (point)))) :body (when-let ((category (org-get-category (point))))
(cl-typecase categories (cl-typecase categories
(null t) (null t)
(otherwise (member category categories))))) (otherwise (member category categories)))))
(org-ql-defpred done () (org-ql-defpred done ()
"Return non-nil if entry's TODO keyword is in `org-done-keywords'." "Return non-nil if entry's TODO keyword is in `org-done-keywords'."
;; NOTE: This was a defsubst before being defined with the macro. Might be good to make it a defsubst again. ;; NOTE: This was a defsubst before being defined with the macro. Might be good to make it a defsubst again.
:predicate (or (apply #'org-ql--predicate-todo org-done-keywords))) :body (or (apply #'org-ql--predicate-todo org-done-keywords)))
(org-ql-defpred habit () (org-ql-defpred habit ()
"Return non-nil if entry is a habit." "Return non-nil if entry is a habit."
:preambles ((`(,predicate-names) :preambles ((`(,predicate-names)
(list :regexp (rx bol (0+ space) ":STYLE:" (1+ space) "habit" (0+ space) eol)))) (list :regexp (rx bol (0+ space) ":STYLE:" (1+ space) "habit" (0+ space) eol))))
:predicate (org-is-habit-p)) :body (org-is-habit-p))
(org-ql-defpred (heading h) (&rest regexps) (org-ql-defpred (heading h) (&rest regexps)
"Return non-nil if current entry's heading matches all REGEXPS (regexp strings)." "Return non-nil if current entry's heading matches all REGEXPS (regexp strings)."
@ -968,8 +967,8 @@ Arguments STRING, POS, FILL, and LEVEL are according to
'no-group) 'no-group)
:query query))) :query query)))
;; TODO: In Org 9.2+, `org-get-heading' takes 2 more arguments. ;; TODO: In Org 9.2+, `org-get-heading' takes 2 more arguments.
:predicate (let ((heading (org-get-heading 'no-tags 'no-todo))) :body (let ((heading (org-get-heading 'no-tags 'no-todo)))
(--all? (string-match it heading) regexps))) (--all? (string-match it heading) regexps)))
(org-ql-defpred level (level-or-comparator &optional level) (org-ql-defpred level (level-or-comparator &optional level)
"Return non-nil if current heading's outline level matches arguments. "Return non-nil if current heading's outline level matches arguments.
@ -1003,15 +1002,15 @@ COMPARATOR may be `<', `<=', `>', or `>='."
:case-fold t))) :case-fold t)))
;; NOTE: It might be necessary to take into account `org-odd-levels'; see docstring for ;; NOTE: It might be necessary to take into account `org-odd-levels'; see docstring for
;; `org-outline-level'. ;; `org-outline-level'.
:predicate (when-let ((outline-level (org-outline-level))) :body (when-let ((outline-level (org-outline-level)))
(pcase level-or-comparator (pcase level-or-comparator
((pred numberp) (pcase level ((pred numberp) (pcase level
('nil ;; Equality ('nil ;; Equality
(= outline-level level-or-comparator)) (= outline-level level-or-comparator))
((pred numberp) ;; Between two levels ((pred numberp) ;; Between two levels
(>= level-or-comparator outline-level level)))) (>= level-or-comparator outline-level level))))
((pred symbolp) ;; Compare with function ((pred symbolp) ;; Compare with function
(funcall level-or-comparator outline-level level))))) (funcall level-or-comparator outline-level level)))))
(org-ql-defpred link (&rest args) (org-ql-defpred link (&rest args)
;; User-facing argument form: (&optional description-or-target &key description target regexp-p). ;; User-facing argument form: (&optional description-or-target &key description target regexp-p).
@ -1046,37 +1045,37 @@ any link is found."
:target (when (plist-get plist :target) :target (when (plist-get plist :target)
(regexp-quote (plist-get plist :target))))) (regexp-quote (plist-get plist :target)))))
nil)) nil))
:predicate (let* (plist description-or-target description target regexp-p) :body (let* (plist description-or-target description target regexp-p)
(if (not (keywordp (car args))) (if (not (keywordp (car args)))
(setf description-or-target (car args) (setf description-or-target (car args)
plist (cdr args)) plist (cdr args))
(setf plist args)) (setf plist args))
(setf description (plist-get plist :description) (setf description (plist-get plist :description)
target (plist-get plist :description) target (plist-get plist :description)
regexp-p (plist-get plist :regexp-p)) regexp-p (plist-get plist :regexp-p))
(unless regexp-p (unless regexp-p
;; NOTE: It would also be preferable to avoid regexp-quoting every time this predicate ;; NOTE: It would also be preferable to avoid regexp-quoting every time this predicate
;; is called. Ideally that would be handled in the query pre-processing step. However, ;; is called. Ideally that would be handled in the query pre-processing step. However,
;; handling that properly, in combination with preparing the query preamble and whether ;; handling that properly, in combination with preparing the query preamble and whether
;; REGEXP-P is enabled, is also complicated, so let's not. ;; REGEXP-P is enabled, is also complicated, so let's not.
(when description-or-target (when description-or-target
(setf description-or-target (regexp-quote description-or-target))) (setf description-or-target (regexp-quote description-or-target)))
(when description (when description
(setf description (regexp-quote description))) (setf description (regexp-quote description)))
(when target (when target
(setf target (regexp-quote target)))) (setf target (regexp-quote target))))
(when (re-search-forward org-ql-link-regexp (org-entry-end-position) t) (when (re-search-forward org-ql-link-regexp (org-entry-end-position) t)
(pcase description-or-target (pcase description-or-target
('nil (and (or (null target) ('nil (and (or (null target)
(string-match-p target (match-string 1))) (string-match-p target (match-string 1)))
(or (null description) (or (null description)
(string-match-p description (match-string org-ql-link-description-group))))) (string-match-p description (match-string org-ql-link-description-group)))))
(_ (if (and description target) (_ (if (and description target)
(and (string-match-p target (match-string 1)) (and (string-match-p target (match-string 1))
(string-match-p description (match-string org-ql-link-description-group))) (string-match-p description (match-string org-ql-link-description-group)))
(or (string-match-p description-or-target (match-string 1)) (or (string-match-p description-or-target (match-string 1))
(string-match-p description-or-target (string-match-p description-or-target
(match-string org-ql-link-description-group))))))))) (match-string org-ql-link-description-group)))))))))
;; MAYBE: Preambles for outline-path predicates. Not sure if possible without complicated logic. ;; MAYBE: Preambles for outline-path predicates. Not sure if possible without complicated logic.
@ -1095,9 +1094,9 @@ the following queries:
:normalizers ((`(,predicate-names . ,strings) :normalizers ((`(,predicate-names . ,strings)
;; Regexp quote headings. ;; Regexp quote headings.
`(outline-path ,@(mapcar #'regexp-quote strings)))) `(outline-path ,@(mapcar #'regexp-quote strings))))
:predicate (let ((entry-olp (org-ql--value-at (point) #'org-ql--outline-path))) :body (let ((entry-olp (org-ql--value-at (point) #'org-ql--outline-path)))
(cl-loop for h in regexps (cl-loop for h in regexps
always (cl-member h entry-olp :test #'string-match)))) always (cl-member h entry-olp :test #'string-match))))
(org-ql-defpred (outline-path-segment olps) (&rest regexps) (org-ql-defpred (outline-path-segment olps) (&rest regexps)
"Return non-nil if current node's outline path matches segment REGEXPS. "Return non-nil if current node's outline path matches segment REGEXPS.
@ -1120,16 +1119,16 @@ contiguous segment of the outline path:
:normalizers ((`(,(or 'outline-path-segment 'olps) . ,strings) :normalizers ((`(,(or 'outline-path-segment 'olps) . ,strings)
;; Regexp quote headings. ;; Regexp quote headings.
`(outline-path-segment ,@(mapcar #'regexp-quote strings)))) `(outline-path-segment ,@(mapcar #'regexp-quote strings))))
:predicate (org-ql--infix-p regexps (org-ql--value-at (point) #'org-ql--outline-path))) :body (org-ql--infix-p regexps (org-ql--value-at (point) #'org-ql--outline-path)))
(org-ql-defpred path (&rest regexps) (org-ql-defpred path (&rest regexps)
"Return non-nil if current heading's buffer's filename path matches any of REGEXPS (regexp strings). "Return non-nil if current heading's buffer's filename path matches any of REGEXPS (regexp strings).
Without arguments, return non-nil if buffer is file-backed." Without arguments, return non-nil if buffer is file-backed."
:predicate (when (buffer-file-name) :body (when (buffer-file-name)
(cl-typecase regexps (cl-typecase regexps
(null t) (null t)
(list (cl-loop for regexp in regexps (list (cl-loop for regexp in regexps
thereis (string-match regexp (buffer-file-name))))))) thereis (string-match regexp (buffer-file-name)))))))
(org-ql-defpred priority (&rest args) (org-ql-defpred priority (&rest args)
"Return non-nil if current heading has a certain priority. "Return non-nil if current heading has a certain priority.
@ -1186,7 +1185,7 @@ priority B)."
(list :regexp (rx-to-string `(seq bol (1+ "*") (1+ blank) (list :regexp (rx-to-string `(seq bol (1+ "*") (1+ blank)
(optional (1+ upper) (1+ blank)) (optional (1+ upper) (1+ blank))
"[#" (or ,@letters) "]") t)))) "[#" (or ,@letters) "]") t))))
:predicate :body
(when-let* ((item-priority (save-excursion (when-let* ((item-priority (save-excursion
(save-match-data (save-match-data
;; TODO: Is the save-match-data above necessary? ;; TODO: Is the save-match-data above necessary?
@ -1233,7 +1232,7 @@ priority B)."
(list :regexp (rx-to-string `(seq bol (0+ space) ":" ,property ":" (1+ space) (list :regexp (rx-to-string `(seq bol (0+ space) ":" ,property ":" (1+ space)
(minimal-match (1+ not-newline)) eol)) (minimal-match (1+ not-newline)) eol))
:query query))) :query query)))
:predicate :body
(pcase property (pcase property
('nil (user-error "Property matcher requires a PROPERTY argument")) ('nil (user-error "Property matcher requires a PROPERTY argument"))
(_ (pcase value (_ (pcase value
@ -1254,7 +1253,7 @@ priority B)."
(`(,predicate-names . ,regexps) (`(,predicate-names . ,regexps)
;; Search for first regexp, then confirm with predicate. ;; Search for first regexp, then confirm with predicate.
(list :case-fold t :regexp (car regexps) :query query))) (list :case-fold t :regexp (car regexps) :query query)))
:predicate :body
(let ((end (or (save-excursion (let ((end (or (save-excursion
(outline-next-heading)) (outline-next-heading))
(point-max)))) (point-max))))
@ -1289,8 +1288,8 @@ language."
:preambles ((`(,predicate-names . ,args) :preambles ((`(,predicate-names . ,args)
(list :regexp (org-ql--format-src-block-regexp (plist-get args :lang)) (list :regexp (org-ql--format-src-block-regexp (plist-get args :lang))
;; Always check contents with predicate. ;; Always check contents with predicate.
:predicate predicate))) :query query)))
:predicate :body
(catch 'return (catch 'return
(save-excursion (save-excursion
(save-match-data (save-match-data
@ -1316,17 +1315,17 @@ language."
"Return non-nil if current heading has one or more of TAGS (a list of strings). "Return non-nil if current heading has one or more of TAGS (a list of strings).
Tests both inherited and local tags." Tests both inherited and local tags."
;; MAYBE: -all versions for inherited and local. ;; MAYBE: -all versions for inherited and local.
:predicate (cl-macrolet ((tags-p (tags) :body (cl-macrolet ((tags-p (tags)
`(and ,tags `(and ,tags
(not (eq 'org-ql-nil ,tags))))) (not (eq 'org-ql-nil ,tags)))))
(-let* (((inherited local) (org-ql--tags-at (point)))) (-let* (((inherited local) (org-ql--tags-at (point))))
(cl-typecase tags (cl-typecase tags
(null (or (tags-p inherited) (null (or (tags-p inherited)
(tags-p local))) (tags-p local)))
(otherwise (or (when (tags-p inherited) (otherwise (or (when (tags-p inherited)
(seq-intersection tags inherited)) (seq-intersection tags inherited))
(when (tags-p local) (when (tags-p local)
(seq-intersection tags local)))))))) (seq-intersection tags local))))))))
(org-ql-defpred (tags-all tags&) (&rest tags) (org-ql-defpred (tags-all tags&) (&rest tags)
"Return non-nil if current heading has all of TAGS (a list of strings). "Return non-nil if current heading has all of TAGS (a list of strings).
@ -1334,7 +1333,7 @@ Tests both inherited and local tags."
;; MAYBE: -all versions for inherited and local. ;; MAYBE: -all versions for inherited and local.
:normalizers ((`(,predicate-names) `(tags)) :normalizers ((`(,predicate-names) `(tags))
(`(,predicate-names . ,tags) `(and ,@(--map `(tags ,it) tags)))) (`(,predicate-names . ,tags) `(and ,@(--map `(tags ,it) tags))))
:predicate (apply #'org-ql--predicate-tags tags)) :body (apply #'org-ql--predicate-tags tags))
(org-ql-defpred (tags-inherited inherited-tags tags-i itags) (&rest tags) (org-ql-defpred (tags-inherited inherited-tags tags-i itags) (&rest tags)
"Return non-nil if current heading's inherited tags include one or more of TAGS (a list of strings). "Return non-nil if current heading's inherited tags include one or more of TAGS (a list of strings).
@ -1343,14 +1342,14 @@ If TAGS is nil, return non-nil if heading has any inherited tags."
`(tags-inherited ,@tags)) `(tags-inherited ,@tags))
(`(,predicate-names) (`(,predicate-names)
`(tags-inherited))) `(tags-inherited)))
:predicate (cl-macrolet ((tags-p (tags) :body (cl-macrolet ((tags-p (tags)
`(and ,tags `(and ,tags
(not (eq 'org-ql-nil ,tags))))) (not (eq 'org-ql-nil ,tags)))))
(-let* (((inherited _) (org-ql--tags-at (point)))) (-let* (((inherited _) (org-ql--tags-at (point))))
(cl-typecase tags (cl-typecase tags
(null (tags-p inherited)) (null (tags-p inherited))
(otherwise (when (tags-p inherited) (otherwise (when (tags-p inherited)
(seq-intersection tags inherited))))))) (seq-intersection tags inherited)))))))
(org-ql-defpred (tags-local local-tags tags-l ltags) (&rest tags) (org-ql-defpred (tags-local local-tags tags-l ltags) (&rest tags)
"Return non-nil if current heading's local tags include one or more of TAGS (a list of strings). "Return non-nil if current heading's local tags include one or more of TAGS (a list of strings).
@ -1364,35 +1363,35 @@ If TAGS is nil, return non-nil if heading has any local tags."
":" (or ,@tags) ":") ":" (or ,@tags) ":")
t) t)
:query t))) :query t)))
:predicate (cl-macrolet ((tags-p (tags) :body (cl-macrolet ((tags-p (tags)
`(and ,tags `(and ,tags
(not (eq 'org-ql-nil ,tags))))) (not (eq 'org-ql-nil ,tags)))))
(-let* (((_ local) (org-ql--tags-at (point)))) (-let* (((_ local) (org-ql--tags-at (point))))
(cl-typecase tags (cl-typecase tags
(null (tags-p local)) (null (tags-p local))
(otherwise (when (tags-p local) (otherwise (when (tags-p local)
(seq-intersection tags local))))))) (seq-intersection tags local)))))))
(org-ql-defpred (tags-regexp tags*) (&rest regexps) (org-ql-defpred (tags-regexp tags*) (&rest regexps)
"Return non-nil if current heading has tags matching one or more of REGEXPS. "Return non-nil if current heading has tags matching one or more of REGEXPS.
Tests both inherited and local tags." Tests both inherited and local tags."
:normalizers ((`(,predicate-names . ,regexps) :normalizers ((`(,predicate-names . ,regexps)
`(tags-regexp ,@regexps))) `(tags-regexp ,@regexps)))
:predicate (cl-macrolet ((tags-p (tags) :body (cl-macrolet ((tags-p (tags)
`(and ,tags `(and ,tags
(not (eq 'org-ql-nil ,tags))))) (not (eq 'org-ql-nil ,tags)))))
(-let* (((inherited local) (org-ql--tags-at (point)))) (-let* (((inherited local) (org-ql--tags-at (point))))
(cl-typecase regexps (cl-typecase regexps
(null (or (tags-p inherited) (null (or (tags-p inherited)
(tags-p local))) (tags-p local)))
(otherwise (or (when (tags-p inherited) (otherwise (or (when (tags-p inherited)
(cl-loop for tag in inherited (cl-loop for tag in inherited
thereis (cl-loop for regexp in regexps thereis (cl-loop for regexp in regexps
thereis (string-match regexp tag)))) thereis (string-match regexp tag))))
(when (tags-p local) (when (tags-p local)
(cl-loop for tag in local (cl-loop for tag in local
thereis (cl-loop for regexp in regexps thereis (cl-loop for regexp in regexps
thereis (string-match regexp tag)))))))))) thereis (string-match regexp tag))))))))))
(org-ql-defpred todo (&rest keywords) (org-ql-defpred todo (&rest keywords)
"Return non-nil if current heading is a TODO item. "Return non-nil if current heading is a TODO item.
@ -1400,12 +1399,12 @@ With KEYWORDS, return non-nil if its keyword is one of KEYWORDS (a list of strin
;; TODO: Can we make a preamble for plain (todo) queries? ;; TODO: Can we make a preamble for plain (todo) queries?
:preambles ((`(,predicate-names . ,(and todo-keywords (guard todo-keywords))) :preambles ((`(,predicate-names . ,(and todo-keywords (guard todo-keywords)))
(list :case-fold nil :regexp (rx-to-string `(seq bol (1+ "*") (1+ space) (or ,@todo-keywords) (or " " eol)) t)))) (list :case-fold nil :regexp (rx-to-string `(seq bol (1+ "*") (1+ space) (or ,@todo-keywords) (or " " eol)) t))))
:predicate (when-let ((state (org-get-todo-state))) :body (when-let ((state (org-get-todo-state)))
(cl-typecase keywords (cl-typecase keywords
(null (not (member state org-done-keywords))) (null (not (member state org-done-keywords)))
(list (member state keywords)) (list (member state keywords))
(symbol (member state (symbol-value keywords))) (symbol (member state (symbol-value keywords)))
(otherwise (user-error "Invalid todo keywords: %s" keywords))))) (otherwise (user-error "Invalid todo keywords: %s" keywords)))))
;;;;;; Ancestor/descendant ;;;;;; Ancestor/descendant
@ -1429,7 +1428,7 @@ With KEYWORDS, return non-nil if its keyword is one of KEYWORDS (a list of strin
"Return non-nil if any of current entry's ancestors satisfy PREDICATE." "Return non-nil if any of current entry's ancestors satisfy PREDICATE."
:normalizers ((`(,predicate-names ,query) `(ancestors ,(org-ql--query-predicate (rec query)))) :normalizers ((`(,predicate-names ,query) `(ancestors ,(org-ql--query-predicate (rec query))))
(`(,predicate-names) '(ancestors (lambda () t)))) (`(,predicate-names) '(ancestors (lambda () t))))
:predicate :body
(org-with-wide-buffer (org-with-wide-buffer
(cl-loop while (org-up-heading-safe) (cl-loop while (org-up-heading-safe)
thereis (org-ql--value-at (point) predicate)))) thereis (org-ql--value-at (point) predicate))))
@ -1438,7 +1437,7 @@ With KEYWORDS, return non-nil if its keyword is one of KEYWORDS (a list of strin
"Return non-nil if the current entry's parent satisfies PREDICATE." "Return non-nil if the current entry's parent satisfies PREDICATE."
:normalizers ((`(,predicate-names ,query) `(parent ,(org-ql--query-predicate (rec query)))) :normalizers ((`(,predicate-names ,query) `(parent ,(org-ql--query-predicate (rec query))))
(`(,predicate-names) '(parent (lambda () t)))) (`(,predicate-names) '(parent (lambda () t))))
:predicate :body
(org-with-wide-buffer (org-with-wide-buffer
(when (org-up-heading-safe) (when (org-up-heading-safe)
(org-ql--value-at (point) predicate)))) (org-ql--value-at (point) predicate))))
@ -1454,7 +1453,7 @@ With KEYWORDS, return non-nil if its keyword is one of KEYWORDS (a list of strin
;; Quote children queries so the user doesn't have to. ;; Quote children queries so the user doesn't have to.
:normalizers ((`(,predicate-names ,query) `(children ',query)) :normalizers ((`(,predicate-names ,query) `(children ',query))
(`(,predicate-names) '(children (lambda () t)))) (`(,predicate-names) '(children (lambda () t))))
:predicate :body
(org-with-wide-buffer (org-with-wide-buffer
;; Widening is needed if inside an "ancestors" query ;; Widening is needed if inside an "ancestors" query
(org-narrow-to-subtree) (org-narrow-to-subtree)
@ -1480,7 +1479,7 @@ With KEYWORDS, return non-nil if its keyword is one of KEYWORDS (a list of strin
;; which avoids calling `org-ql-select' recursively and its associated overhead. ;; which avoids calling `org-ql-select' recursively and its associated overhead.
:normalizers ((`(,predicate-names ,query) `(descendants ',query)) :normalizers ((`(,predicate-names ,query) `(descendants ',query))
(`(,predicate-names) '(descendants (lambda () t)))) (`(,predicate-names) '(descendants (lambda () t))))
:predicate :body
(org-with-wide-buffer (org-with-wide-buffer
(org-narrow-to-subtree) (org-narrow-to-subtree)
(when (org-goto-first-child) (when (org-goto-first-child)
@ -1532,7 +1531,7 @@ parseable by `parse-time-string' which may omit the time value."
(list :regexp org-ql-clock-regexp :query t)) (list :regexp org-ql-clock-regexp :query t))
(`(,predicate-names) (`(,predicate-names)
(list :regexp org-ql-clock-regexp :query t))) (list :regexp org-ql-clock-regexp :query t)))
:predicate :body
(org-ql--predicate-ts :from from :to to :regexp org-ql-clock-regexp :match-group 1)) (org-ql--predicate-ts :from from :to to :regexp org-ql-clock-regexp :match-group 1))
(org-ql-defpred closed (&key from to _on) (org-ql-defpred closed (&key from to _on)
@ -1561,7 +1560,7 @@ parseable by `parse-time-string' which may omit the time value."
:preambles ((`(,predicate-names . ,_) :preambles ((`(,predicate-names . ,_)
;; Predicate still needs testing. ;; Predicate still needs testing.
(list :regexp org-closed-time-regexp :query query))) (list :regexp org-closed-time-regexp :query query)))
:predicate :body
(org-ql--predicate-ts :from from :to to :regexp org-closed-time-regexp :match-group 1 (org-ql--predicate-ts :from from :to to :regexp org-closed-time-regexp :match-group 1
:limit (line-end-position 2))) :limit (line-end-position 2)))
@ -1596,7 +1595,7 @@ parseable by `parse-time-string' which may omit the time value."
;; FIXME: Does this normalizer cause the preamble to not be used? (Adding one to the deadline-warning definition to be sure.) ;; FIXME: Does this normalizer cause the preamble to not be used? (Adding one to the deadline-warning definition to be sure.)
:preambles ((`(,predicate-names . ,_) :preambles ((`(,predicate-names . ,_)
(list :regexp org-deadline-time-regexp :query query))) (list :regexp org-deadline-time-regexp :query query)))
:predicate :body
(org-ql--predicate-ts :from from :to to :regexp org-deadline-time-regexp :match-group 1 (org-ql--predicate-ts :from from :to to :regexp org-deadline-time-regexp :match-group 1
:limit (line-end-position 2))) :limit (line-end-position 2)))
@ -1604,7 +1603,7 @@ parseable by `parse-time-string' which may omit the time value."
"Internal selector used to handle `org-deadline-warning-days' and deadlines with warning periods." "Internal selector used to handle `org-deadline-warning-days' and deadlines with warning periods."
:preambles ((`(,predicate-names . ,_) :preambles ((`(,predicate-names . ,_)
(list :regexp org-deadline-time-regexp :query query))) (list :regexp org-deadline-time-regexp :query query)))
:predicate :body
(save-excursion (save-excursion
(forward-line 1) (forward-line 1)
(when (re-search-forward org-deadline-time-regexp (line-end-position) t) (when (re-search-forward org-deadline-time-regexp (line-end-position) t)
@ -1652,7 +1651,7 @@ parseable by `parse-time-string' which may omit the time value."
`(planning :to ,to)))) `(planning :to ,to))))
:preambles ((`(,predicate-names . ,_) :preambles ((`(,predicate-names . ,_)
(list :regexp org-ql-planning-regexp :query query))) (list :regexp org-ql-planning-regexp :query query)))
:predicate :body
(org-ql--predicate-ts :from from :to to :regexp org-ql-planning-regexp :match-group 1 (org-ql--predicate-ts :from from :to to :regexp org-ql-planning-regexp :match-group 1
:limit (line-end-position 2))) :limit (line-end-position 2)))
@ -1680,7 +1679,7 @@ parseable by `parse-time-string' which may omit the time value."
`(scheduled :to ,to)))) `(scheduled :to ,to))))
:preambles ((`(,predicate-names . ,_) :preambles ((`(,predicate-names . ,_)
(list :regexp org-scheduled-time-regexp :query query))) (list :regexp org-scheduled-time-regexp :query query)))
:predicate :body
(org-ql--predicate-ts :from from :to to :regexp org-scheduled-time-regexp :match-group 1 (org-ql--predicate-ts :from from :to to :regexp org-scheduled-time-regexp :match-group 1
:limit (line-end-position 2))) :limit (line-end-position 2)))
@ -1726,7 +1725,7 @@ of the line after the heading."
(when (or from to on) (when (or from to on)
query))))) query)))))
;; TODO: DRY this with the clocked predicate. ;; TODO: DRY this with the clocked predicate.
:predicate :body
(cl-macrolet ((next-timestamp () (cl-macrolet ((next-timestamp ()
`(when (re-search-forward regexp limit t) `(when (re-search-forward regexp limit t)
(ts-parse-org (match-string match-group)))) (ts-parse-org (match-string match-group))))