;;; Code:
+(eval-when-compile (require 'cl-lib))
(require 'chess-common)
(require 'chess-polyglot)
(defun chess-uci-long-algebraic-to-ply (position move)
"Convert the long algebraic notation MOVE for POSITION to a ply."
- (assert (vectorp position))
- (assert (stringp move))
+ (cl-assert (vectorp position))
+ (cl-assert (stringp move))
(let ((case-fold-search nil))
(when (string-match chess-uci-long-algebraic-regexp move)
(let ((color (chess-pos-side-to-move position))
chess-uci-polyglot-book-file))))
(apply #'chess-common-handler game event args))
+ ((eq event 'new)
+ (chess-engine-send nil "ucinewgame\n")
+ (chess-engine-set-position nil))
+
+ ((eq event 'resign)
+ (chess-game-set-data game 'active nil))
+
((eq event 'move)
(when (= 1 (chess-game-index game))
(chess-game-set-tag game "White" chess-full-name)
(chess-game-set-tag game "Black" chess-engine-opponent-name))
+ (if (chess-game-over-p game)
+ (chess-game-set-data game 'active nil)))
+
+ ((eq event 'post-move)
(let ((book-ply (and chess-uci-book (bufferp chess-uci-book)
(buffer-live-p chess-uci-book)
(chess-polyglot-book-ply
(if book-ply
(let ((chess-display-handling-event nil))
(funcall chess-engine-response-handler 'move book-ply))
- (chess-engine-send nil (concat (chess-uci-position game) "go\n"))))
-
- (if (chess-game-over-p game)
- (chess-game-set-data game 'active nil)))
+ (chess-engine-send nil (concat (chess-uci-position game) "go\n")))))
(t
(apply 'chess-common-handler game event args)))))