ret-alist))))
))))
+(defun ctree-match-calist-all (rule-tree alist)
+ "Return matched condition-alist if ALIST matches RULE-TREE."
+ (if (null rule-tree)
+ (list alist)
+ (let ((type (car rule-tree))
+ (choices (cdr rule-tree))
+ default dest)
+ (while choices
+ (let* ((choice (car choices))
+ (choice-value (car choice)))
+ (if (eq choice-value t)
+ (setq default choice)
+ (let ((ret-alist (calist-field-match alist type (car choice))))
+ (if ret-alist
+ (if (cdr choice)
+ (setq dest
+ (append
+ (ctree-match-calist-all (cdr choice) ret-alist)
+ dest))
+ (setq dest (cons ret-alist dest))
+ )))))
+ (setq choices (cdr choices)))
+ (or dest
+ (if default
+ (let ((ret-alist (calist-field-match alist type t)))
+ (if ret-alist
+ (if (cdr default)
+ (ctree-match-calist-all (cdr default) ret-alist)
+ (list ret-alist)
+ ))))))))
+
(defun calist-to-ctree (calist)
"Convert condition-alist CALIST to condition-tree."
(if calist