(setq map mapping)
(while (and (setq article (car articles))
map)
+ ;; Skip past the articles in the map until we reach the
+ ;; article we're looking for.
(while (and map
(or (> article (caar map))
(< (cadar map) (caar map))))
(setq contents (cdr (nth 2 (car (nth 2 table)))))
(setq total-contents (nconc total-contents contents))
(incf current-page))
- ;;(setq total-contents (nreverse total-contents))
- (dolist (art (cdr elem))
- (if (not (nth (1- (cdr art)) total-contents))
- () ;(debug)
- (push (list (car art)
- (nth (1- (cdr art)) total-contents)
- subject)
- nnultimate-articles)))))
+ (when t
+ (let ((i 0))
+ (dolist (co total-contents)
+ (push (list (or (nnultimate-topic-article-to-article
+ group (car elem) (incf i))
+ 1)
+ co subject)
+ nnultimate-articles))))
+ (when nil
+ (dolist (art (cdr elem))
+ (when (nth (1- (cdr art)) total-contents)
+ (push (list (car art)
+ (nth (1- (cdr art)) total-contents)
+ subject)
+ nnultimate-articles))))))
(setq nnultimate-articles
(sort nnultimate-articles 'car-less-than-car))
;; Now we have all the articles, conveniently in an alist
from (or date "")
(concat "<" (number-to-string sid) "%"
(number-to-string article)
- "@ultimate>")
+ "@ultimate." server ">")
"" 0
(/ (length (mapconcat
'identity
(nnheader-insert-nov (cdr header))))))
'nov)))
+(defun nnultimate-topic-article-to-article (group topic article)
+ (catch 'found
+ (dolist (elem (nth 5 (assoc group nnultimate-groups)))
+ (when (and (= topic (nth 2 elem))
+ (>= article (nth 3 elem))
+ (< article (+ (- (nth 1 elem) (nth 0 elem)) 1
+ (nth 3 elem))))
+ (throw 'found
+ (+ (nth 0 elem) (- article (nth 3 elem))))))))
+
(deffoo nnultimate-request-group (group &optional server dont-check)
(nnultimate-possibly-change-server nil server)
(when (not nnultimate-groups)