;; - If completion-all-completions-with-base-size is set, then all-completions
;; should return the base-size in the last cdr.
;; - The `action' can be (additionally to nil, t, and lambda) of the form
-;; (boundaries . POS) in which case it should return (boundaries START . END).
+;; (boundaries . SUFFIX) in which case it should return
+;; (boundaries START . END). See `completion-boundaries'.
;; Any other return value should be ignored (so we ignore values returned
;; from completion tables that don't know about this new `action' form).
;; See `completion-boundaries'.
;;; Completion table manipulation
;; New completion-table operation.
-(defun completion-boundaries (string table pred pos)
- "Return the boundaries of the completions returned by TABLE at POS.
+(defun completion-boundaries (string table pred suffix)
+ "Return the boundaries of the completions returned by TABLE for STRING.
STRING is the string on which completion will be performed.
-The result is of the form (START . END) and gives the start and end position
-corresponding to the substring of STRING that can be completed by one
-of the elements returned by
-\(all-completions (substring STRING 0 POS) TABLE PRED).
+SUFFIX is the string after point.
+The result is of the form (START . END) where START is the position
+in STRING of the beginning of the completion field and END is the position
+in SUFFIX of the end of the completion field.
I.e. START is the same as the `completion-base-size'.
-E.g. for simple completion tables, the result is always (0 . (length STRING))
-and for file names the result is the substring around POS delimited by
+E.g. for simple completion tables, the result is always (0 . (length SUFFIX))
+and for file names the result is the positions delimited by
the closest directory separators."
(let ((boundaries (if (functionp table)
- (funcall table string pred (cons 'boundaries pos)))))
+ (funcall table string pred (cons 'boundaries suffix)))))
(if (not (eq (car-safe boundaries) 'boundaries))
(setq boundaries nil))
(cons (or (cadr boundaries) 0)
- (or (cddr boundaries) (length string)))))
+ (or (cddr boundaries) (length suffix)))))
(defun completion--some (fun xs)
"Apply FUN to each element of XS in turn.
(funcall pred (concat prefix (if (consp s) (car s) s)))))))))
(if (eq (car-safe action) 'boundaries)
(let* ((len (length prefix))
- (bound (completion-boundaries string table pred
- (- (cdr action) len))))
- (list* 'boundaries (+ (car bound) len) (+ (cdr bound) len)))
+ (bound (completion-boundaries string table pred (cdr action))))
+ (list* 'boundaries (+ (car bound) len) (cdr bound)))
(let ((comp (complete-with-action action table string pred)))
(cond
;; In case of try-completion, add the prefix.
(if (eq (car-safe action) 'boundaries)
;; Compute the boundaries of the subfield to which this
;; completion applies.
- (let* ((pos (cdr action))
- (suffix (substring string pos)))
- (if (string-match completion--embedded-envvar-re
- (substring string 0 pos))
- (list* 'boundaries (or (match-beginning 2) (match-beginning 1))
+ (let ((suffix (cdr action)))
+ (if (string-match completion--embedded-envvar-re string)
+ (list* 'boundaries
+ (or (match-beginning 2) (match-beginning 1))
(when (string-match "[^[:alnum:]_]" suffix)
- (+ pos (match-beginning 0))))))
+ (match-beginning 0)))))
(when (string-match completion--embedded-envvar-re string)
(let* ((beg (or (match-beginning 2) (match-beginning 1)))
(table (completion--make-envvar-table))
((eq (car-safe action) 'boundaries)
;; FIXME: Actually, this is not always right in the presence of
;; envvars, but there's not much we can do, I think.
- (let ((start (length (file-name-directory
- (substring string 0 (cdr action)))))
- (end (string-match "/" string (cdr action))))
+ (let ((start (length (file-name-directory string)))
+ (end (string-match "/" (cdr action))))
(list* 'boundaries start end)))
(t
base-size))))
(defun completion-pcm--find-all-completions (string table pred point)
- (let* ((bounds (completion-boundaries string table pred point))
- (prefix (substring string 0 (car bounds)))
- (suffix (substring string (cdr bounds)))
- (origstring string)
+ (let* ((beforepoint (substring string 0 point))
+ (afterpoint (substring string point))
+ (bounds (completion-boundaries beforepoint table pred afterpoint))
+ (prefix (substring beforepoint 0 (car bounds)))
+ (suffix (substring afterpoint (cdr bounds)))
firsterror)
- (setq string (substring string (car bounds) (cdr bounds)))
- (let* ((pattern (completion-pcm--string->pattern
- string (- point (car bounds))))
+ (setq string (substring string (car bounds) (+ point (cdr bounds))))
+ (let* ((relpoint (- point (car bounds)))
+ (pattern (completion-pcm--string->pattern string relpoint))
(all (condition-case err
(completion-pcm--all-completions prefix pattern table pred)
(error (unless firsterror (setq firsterror err)) nil))))
;; Update the boundaries and corresponding pattern.
;; We assume that all submatches result in the same boundaries
;; since we wouldn't know how to merge them otherwise anyway.
- (let* ((newstring (concat subprefix (car suball) string suffix))
- (newpoint (+ point (- (length newstring)
- (length origstring))))
+ ;; FIXME: COMPLETE REWRITE!!!
+ (let* ((newbeforepoint
+ (concat subprefix (car suball)
+ (substring string 0 relpoint)))
+ (leftbound (+ (length subprefix) (length (car suball))))
(newbounds (completion-boundaries
- newstring table pred newpoint))
- (newsubstring
- (substring newstring (car newbounds) (cdr newbounds))))
- (unless (or (equal newsubstring string)
+ newbeforepoint table pred afterpoint)))
+ (unless (or (and (eq (cdr bounds) (cdr newbounds))
+ (eq (car newbounds) leftbound))
;; Refuse new boundaries if they step over
;; the submatch.
- (< (car newbounds)
- (+ (length subprefix) (length (car suball)))))
+ (< (car newbounds) leftbound))
;; The new completed prefix does change the boundaries
;; of the completed substring.
- (setq suffix (substring newstring (cdr newbounds)))
- (setq string newsubstring)
- (setq between (substring newstring
- (+ (length subprefix)
- (length (car suball)))
+ (setq suffix (substring afterpoint (cdr newbounds)))
+ (setq string
+ (concat (substring newbeforepoint (car newbounds))
+ (substring afterpoint 0 (cdr newbounds))))
+ (setq between (substring newbeforepoint leftbound
(car newbounds)))
(setq pattern (completion-pcm--string->pattern
- string (- newpoint (car bounds)))))
+ string
+ (- (length newbeforepoint)
+ (car newbounds)))))
(dolist (submatch suball)
(setq all (nconc (mapcar
(lambda (s) (concat submatch between s))
(when (re-search-forward "^ *[0-9.]+ +|" nil t)
(let ((prop (get-text-property (line-beginning-position) 'help-echo)))
(string-match "[0-9]+\\'" prop)
+ (let ((str (match-string-no-properties 0 prop)))
(vc-annotate-convert-time
(encode-time 0 0 0
- (string-to-number (substring (match-string 0 prop) 6 8))
- (string-to-number (substring (match-string 0 prop) 4 6))
- (string-to-number (substring (match-string 0 prop) 0 4))
- )))))
+ (string-to-number (substring str 6 8))
+ (string-to-number (substring str 4 6))
+ (string-to-number (substring str 0 4))))))))
(defun vc-bzr-annotate-extract-revision-at-line ()
"Return revision for current line of annoation buffer, or nil.
(" M" . edited)
;; XXX: what about ignored files?
(" D" . missing)
+ ;; For conflicts, should we list the .THIS/.BASE/.OTHER?
("C " . conflict)
- ("? " . unregistered)))
+ ("? " . unregistered)
+ ;; Ignore "P " and "P." for pending patches.
+ ))
(translated nil)
(result nil))
(goto-char (point-min))
((string-match "\\`\\(ancestor\\|branch\\|\\(revno:\\)?[-0-9]+:\\):"
string)
(completion-table-with-context (substring string 0 (match-end 0))
+ ;; FIXME: only allow directories.
+ ;; FIXME: don't allow envvars.
'read-file-name-internal
(substring string (match-end 0))
;; Dropping `pred'. Maybe we should
((string-match "\\`\\(revid\\):" string)
;; FIXME: How can I get a list of revision ids?
)
+ ((eq (car-safe action) 'boundaries)
+ (list* 'boundaries
+ (if (string-match ":" string) (1+ (match-beginning 0)))
+ (string-match ":" (cdr action))))
(t
+ ;; Could use completion-table-with-terminator, except that it
+ ;; currently doesn't work right w.r.t pcm and doesn't give
+ ;; the *Completions* output we want.
(complete-with-action action '("revno:" "revid:" "last:" "before:"
"tag:" "date:" "ancestor:" "branch:"
"submit:")
projects / emacs.git / commitdiff