;; If next-cont does have a dest, it must be
;; unreachable, since there are no uses.
;; DELETE-CONTINUATION will mark the dest block as
- ;; delete-p [and also this block, unless it is no
+ ;; DELETE-P [and also this block, unless it is no
;; longer backward reachable from the dest block.]
(delete-continuation next-cont)
(setf (node-prev next-node) last-cont)
(defun ir1-optimize-return (node)
(declare (type creturn node))
(let* ((tails (lambda-tail-set (return-lambda node)))
- (funs (tail-set-functions tails)))
+ (funs (tail-set-funs tails)))
(collect ((res *empty-type* values-type-union))
(dolist (fun funs)
(let ((return (lambda-return fun)))
(when (type/= (res) (tail-set-type tails))
(setf (tail-set-type tails) (res))
- (dolist (fun (tail-set-functions tails))
+ (dolist (fun (tail-set-funs tails))
(dolist (ref (leaf-refs fun))
(reoptimize-continuation (node-cont ref)))))))
(flush-dest test)
(when (rest (block-succ block))
(unlink-blocks block victim))
- (setf (component-reanalyze (block-component (node-block node))) t)
+ (setf (component-reanalyze (node-component node)) t)
(unlink-node node))))
(values))
-;;; Create a new copy of an IF Node that tests the value of the node
-;;; Use. The test must have >1 use, and must be immediately used by
-;;; Use. Node must be the only node in its block (implying that
+;;; Create a new copy of an IF node that tests the value of the node
+;;; USE. The test must have >1 use, and must be immediately used by
+;;; USE. NODE must be the only node in its block (implying that
;;; block-start = if-test).
;;;
;;; This optimization has an effect semantically similar to the
;;; become unreachable, resulting in a spurious note.
(defun convert-if-if (use node)
(declare (type node use) (type cif node))
- (with-ir1-environment node
+ (with-ir1-environment-from-node node
(let* ((block (node-block node))
(test (if-test node))
(cblock (if-consequent node))
:consequent cblock
:alternative ablock))
(new-block (continuation-starts-block new-cont)))
- (prev-link new-node new-cont)
+ (link-node-to-previous-continuation new-node new-cont)
(setf (continuation-dest new-cont) new-node)
(add-continuation-use new-node dummy-cont)
(setf (block-last new-block) new-node)
(change-ref-leaf ref res))))
(if ir1-p
(frob)
- (with-ir1-environment call
+ (with-ir1-environment-from-node call
(frob)
- (local-call-analyze *current-component*))))
+ (locall-analyze-component *current-component*))))
(values (ref-leaf (continuation-use (basic-combination-fun call)))
nil))
;;; integrated into the control flow.
(defun transform-call (node res)
(declare (type combination node) (list res))
- (with-ir1-environment node
+ (with-ir1-environment-from-node node
(let ((new-fun (ir1-convert-inline-lambda
res
- :debug-name "<something inlined in TRANSFORM-CALL>"))
+ :debug-name "something inlined in TRANSFORM-CALL"))
(ref (continuation-use (combination-fun node))))
(change-ref-leaf ref new-fun)
(setf (combination-kind node) :full)
- (local-call-analyze *current-component*)))
+ (locall-analyze-component *current-component*)))
(values))
;;; Replace a call to a foldable function of constant arguments with
;;; changes. We look at each changed argument. If the corresponding
;;; variable is set, then we call PROPAGATE-FROM-SETS. Otherwise, we
;;; consider substituting for the variable, and also propagate
-;;; derived-type information for the arg to all the Var's refs.
+;;; derived-type information for the arg to all the VAR's refs.
;;;
;;; Substitution is inhibited when the arg leaf's derived type isn't a
;;; subtype of the argument's asserted type. This prevents type
;;; are done, then we delete the LET.
;;;
;;; Note that we are responsible for clearing the
-;;; Continuation-Reoptimize flags.
+;;; CONTINUATION-REOPTIMIZE flags.
(defun propagate-let-args (call fun)
(declare (type combination call) (type clambda fun))
(loop for arg in (combination-args call)
(values-subtypep (leaf-type leaf)
(continuation-asserted-type arg)))
(propagate-to-refs var (continuation-type arg))
- (let ((this-comp (block-component (node-block use))))
+ (let ((use-component (node-component use)))
(substitute-leaf-if
#'(lambda (ref)
- (cond ((eq (block-component (node-block ref))
- this-comp)
+ (cond ((eq (node-component ref) use-component)
t)
(t
- (aver (eq (functional-kind (lambda-home fun))
- :toplevel))
+ (aver (lambda-toplevelish-p (lambda-home fun)))
nil)))
leaf var))
t)))))
(defun propagate-local-call-args (call fun)
(declare (type combination call) (type clambda fun))
- (unless (or (functional-entry-function fun)
+ (unless (or (functional-entry-fun fun)
(lambda-optional-dispatch fun))
(let* ((vars (lambda-vars fun))
(union (mapcar #'(lambda (arg var)
min)
(t nil))))
(when count
- (with-ir1-environment node
+ (with-ir1-environment-from-node node
(let* ((dums (make-gensym-list count))
(ignore (gensym))
(fun (ir1-convert-lambda
(funcall ,(ref-leaf ref) ,@dums)))))
(change-ref-leaf ref fun)
(aver (eq (basic-combination-kind node) :full))
- (local-call-analyze *current-component*)
+ (locall-analyze-component *current-component*)
(aver (eq (basic-combination-kind node) :local)))))))))
(values))
(mapc #'flush-dest (subseq vals nvars))
(setq vals (subseq vals 0 nvars)))
((< nvals nvars)
- (with-ir1-environment use
+ (with-ir1-environment-from-node use
(let ((node-prev (node-prev use)))
(setf (node-prev use) nil)
(setf (continuation-next node-prev) nil)
do (reference-constant prev cont nil)
(res cont))
(setq vals (res)))
- (prev-link use (car (last vals)))))))
+ (link-node-to-previous-continuation use
+ (car (last vals)))))))
(setf (combination-args use) vals)
(flush-dest (combination-fun use))
(let ((fun-cont (basic-combination-fun call)))
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