(cl-print-object (aref object i) stream))
(princ "]" stream))
+(defvar cl-print-compiled nil
+ "Control how to print byte-compiled functions. Can be:
+- `static' to print the vector of constants.
+- `disassemble' to print the disassembly of the code.
+- nil to skip printing any details about the code.")
+
(cl-defmethod cl-print-object ((object compiled-function) stream)
;; We use "#f(...)" rather than "#<...>" so that pp.el gives better results.
(princ "#f(compiled-function " stream)
- (prin1 (help-function-arglist object 'preserve-names) stream)
- (princ " #<bytecode>)" stream))
+ (let ((args (help-function-arglist object 'preserve-names)))
+ (if args
+ (prin1 args stream)
+ (princ "()" stream)))
+ (let ((doc (documentation object 'raw)))
+ (when doc
+ (princ " " stream)
+ (prin1 doc stream)))
+ (let ((inter (interactive-form object)))
+ (when inter
+ (princ " " stream)
+ (cl-print-object
+ (if (eq 'byte-code (car-safe (cadr inter)))
+ `(interactive ,(make-byte-code nil (nth 1 (cadr inter))
+ (nth 2 (cadr inter))
+ (nth 3 (cadr inter))))
+ inter)
+ stream)))
+ (if (eq cl-print-compiled 'disassemble)
+ (princ
+ (with-temp-buffer
+ (insert "\n")
+ (disassemble-1 object 0)
+ (buffer-string))
+ stream)
+ (princ " #<bytecode>" stream)
+ (when (eq cl-print-compiled 'static)
+ (princ " " stream)
+ (cl-print-object (aref object 2) stream)))
+ (princ ")" stream))
;; This belongs in nadvice.el, of course, but some load-ordering issues make it
;; complicated: cl-generic uses macros from cl-macs and cl-macs uses advice-add