(copy-comp-mvar insn)
insn)))
+(defmacro comp-apply-in-env (func &rest args)
+ "Apply FUNC to ARGS in the current compilation environment."
+ `(let ((env (cl-loop
+ for f being the hash-value in (comp-ctxt-funcs-h comp-ctxt)
+ for func-name = (comp-func-name f)
+ for byte-code = (comp-func-byte-func f)
+ when func-name
+ collect `(,func-name . ,(symbol-function func-name))
+ and do
+ (setf (symbol-function func-name) byte-code))))
+ (unwind-protect
+ (apply ,func ,@args)
+ (cl-loop
+ for (func-name . def) in env
+ do (setf (symbol-function func-name) def)))))
+
(defun comp-ref-args-to-array (args)
"Given ARGS assign them to a dedicated array."
(when args
(car args))))))
((comp-function-optimizable-p f args)
(ignore-errors
- ;; No point to complain here because we should do basic block
- ;; pruning in order to be sure that this is not dead-code. This
- ;; is now left to gcc, to be implemented only if we want a
- ;; reliable diagnostic here.
- (rewrite-insn-as-setimm insn
- (apply f
- (mapcar #'comp-mvar-constant args))))))))
+ ;; No point to complain here in case of error because we
+ ;; should do basic block pruning in order to be sure that this
+ ;; is not dead-code. This is now left to gcc, to be
+ ;; implemented only if we want a reliable diagnostic here.
+ (let* ((f (if-let (f-in-ctxt (comp-symbol-func-to-fun f))
+ ;; If the function is IN the compilation ctxt
+ ;; and know to be pure.
+ (comp-func-byte-func f-in-ctxt)
+ f))
+ (value (comp-apply-in-env f (mapcar #'comp-mvar-constant args))))
+ (rewrite-insn-as-setimm insn value)))))))
(defun comp-propagate-insn (insn)
"Propagate within INSN."